Script started on 2025-04-15 08:27:06+00:00 [COMMAND="timeout --preserve-status --foreground 120 swipl -x /home/runner/work/metta-testsuite/metta-testsuite/prolog/metta_lang/Sav.fv-az1112-70.MeTTaLog -- --python=enable -- --timeout=120 --output=/home/runner/work/metta-testsuite/metta-testsuite/reports/tests_output/baseline-compat --html --test --abolish_trace --compile=full tests/nars_interp/nars/main-branch/tests1_pre.metta --halt=true --stdin=tty --stdout=tty --stderr=tty" TERM="xterm-256color" TTY="/dev/pts/0" COLUMNS="-1" LINES="-1"] ; user:[load_metta_file &self tests/nars_interp/nars/main-branch/tests1_pre.metta] P;HTML| ; [track_load_into_file /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta] P;HTML| ; [load_answer_file /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta.answers /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta] P;HTML| ; [ = 1 "(.: (((ExtSet garfield) --> cat) (1.0 0.9)))" ] P;HTML| ; [ = 1 "(time := 1)" ] P;HTML| ; [ = 1 "(.: (((cat x sky) --> like) (1.0 0.9)))" ] P;HTML| ; [ = 1 "(time := 2)" ] P;HTML| ; [ = 1 "[()]" ] P;HTML| ; [ = 2 "[]" ] P;HTML| ; [ = 3 "[((n=v currentTime 2) (n=v evidentialBase 2) (0 concepts ()) (0 attentional_focus ()) (1 FIFO ((Event (((ExtSet garfield) --> cat) (1.0 0.9)) (1 (1) (1 1.0))))) (n=v tempbest (Event (((ExtSet garfield) --> cat) (1.0 0.9)) (1 (1) (1 1.0)))) (0 belief_events ()) (0 goal_events ()))]" ] P;HTML| ; [ = 4 "[]" ] P;HTML| ; [ = 5 "[((n=v currentTime 3) (n=v evidentialBase 3) (0 concepts ()) (0 attentional_focus ()) (2 FIFO ((Event (((cat x sky) --> like) (1.0 0.9)) (2 (2) (2 1.0))) (Event (((ExtSet garfield) --> cat) (1.0 0.9)) (1 (1) (1 1.0))))) (n=v tempbest (Event (((cat x sky) --> like) (1.0 0.9)) (2 (2) (2 1.0)))) (0 belief_events ()) (0 goal_events ()))]" ] P;HTML| ; [ = 6 "[1]" ] P;HTML| ; [ = 7 "[1]" ] P;HTML| ; [ = 8 "[1]" ] P;HTML| ; [load_answer_file /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta.answers /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta] !(import! &self NARS) :- do_metta_runtime(A, A=['import!', '&self', 'NARS']). P;HTML| ; [load_answer_file /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/NARS.metta.answers /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/NARS.metta] P;HTML| ; [ = 1 "[()]" ] P;HTML| ; [ = 2 "[()]" ] P;HTML| ; [ = 3 "[()]" ] P;HTML| ; [ = 4 "[()]" ] P;HTML| ; [ = 5 "[()]" ] P;HTML| ; [ = 6 "[()]" ] P;HTML| ; [ = 7 "[()]" ] P;HTML| ; [ = 8 "[()]" ] P;HTML| ; [ = 9 "[()]" ] P;HTML| ; [ = 10 "[()]" ] P;HTML| ; [ = 11 "[(compile-easy!)]" ] P;HTML| ; [load_answer_file /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/NARS.metta.answers /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/NARS.metta] !(pragma! compile full) :- do_metta_runtime(A, A=['pragma!', full, full]). Deterministic: (pragma! full full) !(bind! &concepts (new-space)) :- do_metta_runtime(A, ('mc__1_0_new-space'(B), 'mc__1_2_bind!'('&concepts', B, A))). Deterministic: () !(bind! &attentional_focus (new-space)) :- do_metta_runtime(A, ('mc__1_0_new-space'(B), 'mc__1_2_bind!'('&attentional_focus', B, A))). Deterministic: () !(bind! &belief_events (new-space)) :- do_metta_runtime(A, ('mc__1_0_new-space'(B), 'mc__1_2_bind!'('&belief_events', B, A))). Deterministic: () !(bind! &goal_events (new-space)) :- do_metta_runtime(A, ('mc__1_0_new-space'(B), 'mc__1_2_bind!'('&goal_events', B, A))). Deterministic: () !(bind! ¤tTime (new-state 1)) :- do_metta_runtime(A, (B=['new-state', 1], 'mc__1_2_bind!'('¤tTime', B, A))). Deterministic: () !(bind! &evidentialBase (new-state 1)) :- do_metta_runtime(A, (B=['new-state', 1], 'mc__1_2_bind!'('&evidentialBase', B, A))). Deterministic: () mc__1_2_If('True', _then, _then). mc__1_2_If('True', _then, _then). mc__1_2_If('True', _then, _then). mc__1_2_If('False', _then, A) :- A=ispu([]). mc__1_2_If('False', _then, A) :- A=ispu([]). mc__1_2_If('False', _then, A) :- A=ispu([]). 1 _40166 [[prolog_if,[[native(is_True),_29654{vn = ...}]],[[assign,_39868,_29420{vn = ...}]],[[assign,_39868,_29186{vn = ...}]]],[native(as_p1_exec),_39868,_40166]] mc__1_3_If(_cond, _then, _else, A) :- A=ispeEnN(B, ((is_True(_cond)*->C=_then;C=_else), as_p1_exec(C, B)), D, ((is_True(_cond)*->E=_then;E=_else), as_p1_expr(E, D))). 1 _56474 [[prolog_if,[[native(is_True),_46958{vn = ...}]],[[assign,_56176,_46978{vn = ...}]],[[assign,_56176,_46998{vn = ...}]]],[native(as_p1_exec),_56176,_56474]] mc__1_3_If(_cond, _then, _else, A) :- A=ispeEnN(B, ((is_True(_cond)*->C=_then;C=_else), as_p1_exec(C, B)), D, ((is_True(_cond)*->E=_then;E=_else), as_p1_expr(E, D))). 1 _22202 [[prolog_if,[[native(is_True),_4350{vn = ...}]],[[assign,_21904,_4370{vn = ...}]],[[assign,_21904,_4390{vn = ...}]]],[native(as_p1_exec),_21904,_22202]] mc__1_3_If(_cond, _then, _else, A) :- A=ispeEnN(B, ((is_True(_cond)*->C=_then;C=_else), as_p1_exec(C, B)), D, ((is_True(_cond)*->E=_then;E=_else), as_p1_expr(E, D))). 1 _51464 [[assign,_52384,[fcall(superpose,[1]),[_38734{vn = ...}]]],[assign,_52686,[fcall(superpose,[1]),[_38512{vn = ...}]]],[assign,_51842,list([_52384,_52686])],[assign,_51464,[fcall(superpose,[1]),[_51842]]]] mc__1_2_TupleConcat(Ev1, Ev2, A) :- B=ispeEnNC(C, mc__1_1_superpose(D, C), E, E=[superpose, D], (mc__1_1_superpose(Ev1, F), mc__1_1_superpose(Ev2, G), D=[F, G])), mc__1_1_collapse(B, A). 1 _16438 [[assign,_16870,[fcall(superpose,[1]),[_5590{vn = ...}]]],[assign,_17172,[fcall(superpose,[1]),[_5610{vn = ...}]]],[assign,_16576,list([_16870,_17172])],[assign,_16438,[fcall(superpose,[1]),[_16576]]]] mc__1_2_TupleConcat(Ev1, Ev2, A) :- B=ispeEnNC(C, mc__1_1_superpose(D, C), E, E=[superpose, D], (mc__1_1_superpose(Ev1, F), mc__1_1_superpose(Ev2, G), D=[F, G])), mc__1_1_collapse(B, A). 1 _44422 [[assign,_44854,[fcall(superpose,[1]),[_5590{vn = ...}]]],[assign,_45156,[fcall(superpose,[1]),[_5610{vn = ...}]]],[assign,_44560,list([_44854,_45156])],[assign,_44422,[fcall(superpose,[1]),[_44560]]]] mc__1_2_TupleConcat(Ev1, Ev2, A) :- B=ispeEnNC(C, mc__1_1_superpose(D, C), E, E=[superpose, D], (mc__1_1_superpose(Ev1, F), mc__1_1_superpose(Ev2, G), D=[F, G])), mc__1_1_collapse(B, A). mc__1_2_max(_1, _2, A) :- 'mc__1_2_>'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). mc__1_2_max(_1, _2, A) :- 'mc__1_2_>'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). mc__1_2_max(_1, _2, A) :- 'mc__1_2_>'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). mc__1_2_min(_1, _2, A) :- 'mc__1_2_<'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). mc__1_2_min(_1, _2, A) :- 'mc__1_2_<'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). mc__1_2_min(_1, _2, A) :- 'mc__1_2_<'(_1, _2, B), C=ispu(_1), D=ispu(_2), mc__1_3_If(B, C, D, E), as_p1_exec(E, A). 1 _40792 [[assign,_40792,[fcall(-,[2]),[0,_27826{vn = ...}]]]] mc__1_1_abs(_x, A) :- 'mc__1_2_<'(_x, 0, B), C=ispeEnN(D, 'mc__1_2_-'(0, _x, D), E, E=[-, 0, _x]), F=ispu(_x), mc__1_3_If(B, C, F, G), as_p1_exec(G, A). 1 _60444 [[assign,_60444,[fcall(-,[2]),[0,_49582{vn = ...}]]]] mc__1_1_abs(_x, A) :- 'mc__1_2_<'(_x, 0, B), C=ispeEnN(D, 'mc__1_2_-'(0, _x, D), E, E=[-, 0, _x]), F=ispu(_x), mc__1_3_If(B, C, F, G), as_p1_exec(G, A). 1 _29030 [[assign,_29030,[fcall(-,[2]),[0,_4544{vn = ...}]]]] mc__1_1_abs(_x, A) :- 'mc__1_2_<'(_x, 0, B), C=ispeEnN(D, 'mc__1_2_-'(0, _x, D), E, E=[-, 0, _x]), F=ispu(_x), mc__1_3_If(B, C, F, G), as_p1_exec(G, A). mc__1_1_sequential(_1, A) :- mc__1_1_superpose(_1, A). mc__1_1_sequential(_1, A) :- mc__1_1_superpose(_1, A). mc__1_1_sequential(_1, A) :- mc__1_1_superpose(_1, A). mc__1_1_do(_1, A) :- ( true *-> B=_1 ; B='Empty' ), A='Empty'. mc__1_1_do(_1, A) :- ( true *-> B=_1 ; B='Empty' ), A='Empty'. mc__1_1_do(_1, A) :- ( true *-> B=_1 ; B='Empty' ), A='Empty'. mc__1_1_TupleCount(_tuple, A) :- ( 'mc__1_2_=='(_tuple, [], B), is_True(B) *-> A=0 ; 'mc__1_1_cdr-atom'(_tuple, C), mc__1_1_TupleCount(C, D), 'mc__1_2_+'(1, D, E), A=E ). mc__1_1_TupleCount(_tuple, A) :- ( 'mc__1_2_=='(_tuple, [], B), is_True(B) *-> A=0 ; 'mc__1_1_cdr-atom'(_tuple, C), mc__1_1_TupleCount(C, D), 'mc__1_2_+'(1, D, E), A=E ). mc__1_1_TupleCount(_tuple, A) :- ( 'mc__1_2_=='(_tuple, [], B), is_True(B) *-> A=0 ; 'mc__1_1_cdr-atom'(_tuple, C), mc__1_1_TupleCount(C, D), 'mc__1_2_+'(1, D, E), A=E ). mc__1_1_CountElement(_x, A) :- ( true *-> B=_x ; B='Empty' ), ( B=_y *-> A=1 ; C='Empty', A=C ). mc__1_1_CountElement(_x, A) :- ( true *-> B=_x ; B='Empty' ), ( B=_y *-> A=1 ; C='Empty', A=C ). mc__1_1_CountElement(_x, A) :- ( true *-> B=_x ; B='Empty' ), ( B=_y *-> A=1 ; C='Empty', A=C ). 'mc__1_2_add-morph-atom'(_space, _entry, A) :- 'mc__1_2_add-atom'(_space, _entry, A). 'mc__1_2_add-morph-atom'(_space, _entry, A) :- 'mc__1_2_add-atom'(_space, _entry, A). 'mc__1_2_add-morph-atom'(_space, _entry, A) :- 'mc__1_2_add-atom'(_space, _entry, A). 'mc__1_1_get-morph-atoms'(_space, A) :- 'mc__1_1_get-atoms'(_space, A). 'mc__1_1_get-morph-atoms'(_space, A) :- 'mc__1_1_get-atoms'(_space, A). 'mc__1_1_get-morph-atoms'(_space, A) :- 'mc__1_1_get-atoms'(_space, A). 'mc__1_0_get-concept-terms'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(TermX), mc__1_3_match(C, D, E, A). 'mc__1_0_get-concept-terms'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(TermX), mc__1_3_match(C, D, E, A). 'mc__1_0_get-concept-terms'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(TermX), mc__1_3_match(C, D, E, A). 'mc__1_0_get-concept-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(Belief), mc__1_3_match(C, D, E, A). 'mc__1_0_get-concept-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(Belief), mc__1_3_match(C, D, E, A). 'mc__1_0_get-concept-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispu(Belief), mc__1_3_match(C, D, E, A). 1 _28372 [[assign,_28500,list(['confidence:',_3964{vn = ...}])],[transpiler_apply,mc__1_1_,_3992{vn = ...},[_3992{vn = ...},_28500],_28372,[_28500],[_28506],[x(noeval,eager,[])],[[[assign,_28500,list(['confidence:',_3964{vn = ...}])]]],[[[assign,_28506,list(['confidence:',_3964{vn = ...}])]]]]] 1 _29830 [[assign,_27726,[fcall(>,[2]),[_3978{vn = ...},0.5]]],[assign,_29510,[ispeEnNC,_28372,[[transpiler_apply,mc__1_1_,_3992{vn = ...},[_3992{vn = ...},_28500],_28372,[_28500],[_28506],[x(noeval,eager,[])],[[[assign,_28500,list(['confidence:',_3964{vn = ...}])]]],[[[assign,_28506,list(['confidence:',_3964{vn = ...}])]]]]],_28378,[[assign,_28378,list([_3992{vn = ...},_28500])]],[[assign,_28500,list(['confidence:',_3964{vn = ...}])]]]],[assign,_27322,[fcall('If',[2]),[_27726,_29510]]],[native(as_p1_exec),_27322,_29830]] 'mc__1_0_get-concept-terms-of-positive-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, G, BeliefEvent, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_1_, _term, [_term, Q], P, [Q], [R], [x(noeval, eager, [])], [Q=['confidence:', _c]], [R=['confidence:', _c]]), S, S=[_term, Q], Q=['confidence:', _c]))), mc__1_3_match(C, H, I, A). 1 _15524 [[assign,_15652,list(['confidence:',_5410{vn = ...}])],[transpiler_apply,mc__1_1_,_5364{vn = ...},[_5364{vn = ...},_15652],_15524,[_15652],[_15658],[x(noeval,eager,[])],[[[assign,_15652,list(['confidence:',_5410{vn = ...}])]]],[[[assign,_15658,list(['confidence:',_5410{vn = ...}])]]]]] 1 _16742 [[assign,_15118,[fcall(>,[2]),[_5390{vn = ...},0.5]]],[assign,_16422,[ispeEnNC,_15524,[[transpiler_apply,mc__1_1_,_5364{vn = ...},[_5364{vn = ...},_15652],_15524,[_15652],[_15658],[x(noeval,eager,[])],[[[assign,_15652,list(['confidence:',_5410{vn = ...}])]]],[[[assign,_15658,list(['confidence:',_5410{vn = ...}])]]]]],_15530,[[assign,_15530,list([_5364{vn = ...},_15652])]],[[assign,_15652,list(['confidence:',_5410{vn = ...}])]]]],[assign,_14954,[fcall('If',[2]),[_15118,_16422]]],[native(as_p1_exec),_14954,_16742]] 'mc__1_0_get-concept-terms-of-positive-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, G, BeliefEvent, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_1_, _term, [_term, Q], P, [Q], [R], [x(noeval, eager, [])], [Q=['confidence:', _c]], [R=['confidence:', _c]]), S, S=[_term, Q], Q=['confidence:', _c]))), mc__1_3_match(C, H, I, A). 1 _28040 [[assign,_28168,list(['confidence:',_4800{vn = ...}])],[transpiler_apply,mc__1_1_,_4754{vn = ...},[_4754{vn = ...},_28168],_28040,[_28168],[_28174],[x(noeval,eager,[])],[[[assign,_28168,list(['confidence:',_4800{vn = ...}])]]],[[[assign,_28174,list(['confidence:',_4800{vn = ...}])]]]]] 1 _29258 [[assign,_27634,[fcall(>,[2]),[_4780{vn = ...},0.5]]],[assign,_28938,[ispeEnNC,_28040,[[transpiler_apply,mc__1_1_,_4754{vn = ...},[_4754{vn = ...},_28168],_28040,[_28168],[_28174],[x(noeval,eager,[])],[[[assign,_28168,list(['confidence:',_4800{vn = ...}])]]],[[[assign,_28174,list(['confidence:',_4800{vn = ...}])]]]]],_28046,[[assign,_28046,list([_4754{vn = ...},_28168])]],[[assign,_28168,list(['confidence:',_4800{vn = ...}])]]]],[assign,_27470,[fcall('If',[2]),[_27634,_28938]]],[native(as_p1_exec),_27470,_29258]] 'mc__1_0_get-concept-terms-of-positive-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, G, BeliefEvent, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_1_, _term, [_term, Q], P, [Q], [R], [x(noeval, eager, [])], [Q=['confidence:', _c]], [R=['confidence:', _c]]), S, S=[_term, Q], Q=['confidence:', _c]))), mc__1_3_match(C, H, I, A). 1 _46668 [[assign,_46808,list(['time:',_12868{vn = ...}])],[assign,_47590,list(['confidence:',_13084{vn = ...}])],[transpiler_apply,mc__1_2_,_13534{vn = ...},[_13534{vn = ...},_46808,_47590],_46668,[_46808,_47590],[_46814,_47596],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_46808,list(['time:',_12868{vn = ...}])]],[[assign,_47590,list(['confidence:',_13084{vn = ...}])]]],[[[assign,_46814,list(['time:',_12868{vn = ...}])]],[[assign,_47596,list(['confidence:',_13084{vn = ...}])]]]]] 1 _48964 [[assign,_46022,[fcall(>,[2]),[_13300{vn = ...},0.5]]],[assign,_48638,[ispeEnNC,_46668,[[transpiler_apply,mc__1_2_,_13534{vn = ...},[_13534{vn = ...},_46808,_47590],_46668,[_46808,_47590],[_46814,_47596],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_46808,list(['time:',_12868{vn = ...}])]],[[assign,_47590,list(['confidence:',_13084{vn = ...}])]]],[[[assign,_46814,list(['time:',_12868{vn = ...}])]],[[assign,_47596,list(['confidence:',_13084{vn = ...}])]]]]],_46674,[[assign,_46674,list([_13534{vn = ...},_46808,_47590])]],[[assign,_46808,list(['time:',_12868{vn = ...}])],[assign,_47590,list(['confidence:',_13084{vn = ...}])]]]],[assign,_45618,[fcall('If',[2]),[_46022,_48638]]],[native(as_p1_exec),_45618,_48964]] 'mc__1_0_get-concept-terms-of-positive-temporal-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, EternalEvent, G, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_2_, _term, [_term, Q, R], P, [Q, R], [S, T], [x(noeval, eager, []), x(noeval, eager, [])], [Q=['time:', OccT], R=['confidence:', _c]], [S=['time:', OccT], T=['confidence:', _c]]), U, U=[_term, Q, R], (Q=['time:', OccT], R=['confidence:', _c])))), mc__1_3_match(C, H, I, A). 1 _38830 [[assign,_38970,list(['time:',_9652{vn = ...}])],[assign,_39512,list(['confidence:',_9626{vn = ...}])],[transpiler_apply,mc__1_2_,_9580{vn = ...},[_9580{vn = ...},_38970,_39512],_38830,[_38970,_39512],[_38976,_39518],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_38970,list(['time:',_9652{vn = ...}])]],[[assign,_39512,list(['confidence:',_9626{vn = ...}])]]],[[[assign,_38976,list(['time:',_9652{vn = ...}])]],[[assign,_39518,list(['confidence:',_9626{vn = ...}])]]]]] 1 _40646 [[assign,_38424,[fcall(>,[2]),[_9606{vn = ...},0.5]]],[assign,_40320,[ispeEnNC,_38830,[[transpiler_apply,mc__1_2_,_9580{vn = ...},[_9580{vn = ...},_38970,_39512],_38830,[_38970,_39512],[_38976,_39518],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_38970,list(['time:',_9652{vn = ...}])]],[[assign,_39512,list(['confidence:',_9626{vn = ...}])]]],[[[assign,_38976,list(['time:',_9652{vn = ...}])]],[[assign,_39518,list(['confidence:',_9626{vn = ...}])]]]]],_38836,[[assign,_38836,list([_9580{vn = ...},_38970,_39512])]],[[assign,_38970,list(['time:',_9652{vn = ...}])],[assign,_39512,list(['confidence:',_9626{vn = ...}])]]]],[assign,_38260,[fcall('If',[2]),[_38424,_40320]]],[native(as_p1_exec),_38260,_40646]] 'mc__1_0_get-concept-terms-of-positive-temporal-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, EternalEvent, G, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_2_, _term, [_term, Q, R], P, [Q, R], [S, T], [x(noeval, eager, []), x(noeval, eager, [])], [Q=['time:', OccT], R=['confidence:', _c]], [S=['time:', OccT], T=['confidence:', _c]]), U, U=[_term, Q, R], (Q=['time:', OccT], R=['confidence:', _c])))), mc__1_3_match(C, H, I, A). 1 _53200 [[assign,_53340,list(['time:',_5388{vn = ...}])],[assign,_53882,list(['confidence:',_5362{vn = ...}])],[transpiler_apply,mc__1_2_,_5316{vn = ...},[_5316{vn = ...},_53340,_53882],_53200,[_53340,_53882],[_53346,_53888],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_53340,list(['time:',_5388{vn = ...}])]],[[assign,_53882,list(['confidence:',_5362{vn = ...}])]]],[[[assign,_53346,list(['time:',_5388{vn = ...}])]],[[assign,_53888,list(['confidence:',_5362{vn = ...}])]]]]] 1 _55016 [[assign,_52794,[fcall(>,[2]),[_5342{vn = ...},0.5]]],[assign,_54690,[ispeEnNC,_53200,[[transpiler_apply,mc__1_2_,_5316{vn = ...},[_5316{vn = ...},_53340,_53882],_53200,[_53340,_53882],[_53346,_53888],[x(noeval,eager,[]),x(noeval,eager,[])],[[[assign,_53340,list(['time:',_5388{vn = ...}])]],[[assign,_53882,list(['confidence:',_5362{vn = ...}])]]],[[[assign,_53346,list(['time:',_5388{vn = ...}])]],[[assign,_53888,list(['confidence:',_5362{vn = ...}])]]]]],_53206,[[assign,_53206,list([_5316{vn = ...},_53340,_53882])]],[[assign,_53340,list(['time:',_5388{vn = ...}])],[assign,_53882,list(['confidence:',_5362{vn = ...}])]]]],[assign,_52630,[fcall('If',[2]),[_52794,_54690]]],[native(as_p1_exec),_52630,_55016]] 'mc__1_0_get-concept-terms-of-positive-temporal-beliefs'(A) :- B=[space_2, space_1], mc__1_1_superpose(B, C), transpiler_apply(mc__1_1_, _f, [_f, _c], D, [_c], [_c], [x(noeval, eager, [])], [true], [true]), E=[_term, D], F=[OccT, Ev, Prio], G=['Event', E, F], H=['Concept', TermX, EternalEvent, G, CPrio], I=ispeEnNC(J, (mc__1_2_If(K, L, M), as_p1_exec(M, J)), N, (O=['If', K, L], as_p1_expr(O, N)), ('mc__1_2_>'(_f, 0.5, K), L=ispeEnNC(P, transpiler_apply(mc__1_2_, _term, [_term, Q, R], P, [Q, R], [S, T], [x(noeval, eager, []), x(noeval, eager, [])], [Q=['time:', OccT], R=['confidence:', _c]], [S=['time:', OccT], T=['confidence:', _c]]), U, U=[_term, Q, R], (Q=['time:', OccT], R=['confidence:', _c])))), mc__1_3_match(C, H, I, A). mc__1_1_Truth_c2w(_c, A) :- 'mc__1_2_-'(1, _c, B), 'mc__1_2_/'(_c, B, A). mc__1_1_Truth_c2w(_c, A) :- 'mc__1_2_-'(1, _c, B), 'mc__1_2_/'(_c, B, A). mc__1_1_Truth_c2w(_c, A) :- 'mc__1_2_-'(1, _c, B), 'mc__1_2_/'(_c, B, A). mc__1_1_Truth_w2c(_w, A) :- 'mc__1_2_+'(_w, 1, B), 'mc__1_2_/'(_w, B, A). mc__1_1_Truth_w2c(_w, A) :- 'mc__1_2_+'(_w, 1, B), 'mc__1_2_/'(_w, B, A). mc__1_1_Truth_w2c(_w, A) :- 'mc__1_2_+'(_w, 1, B), 'mc__1_2_/'(_w, B, A). mc__1_2_Truth_Deduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_f1, _f2, C), 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Deduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_f1, _f2, C), 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Deduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_f1, _f2, C), 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Abduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D), transpiler_apply(mc__1_1_, _f2, [_f2, D], A, [D], [E], [x(doeval, eager, [])], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D)) ], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), E=['Truth_w2c', C]) ]). mc__1_2_Truth_Abduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D), transpiler_apply(mc__1_1_, _f2, [_f2, D], A, [D], [E], [x(doeval, eager, [])], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D)) ], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), E=['Truth_w2c', C]) ]). mc__1_2_Truth_Abduction([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D), transpiler_apply(mc__1_1_, _f2, [_f2, D], A, [D], [E], [x(doeval, eager, [])], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), mc__1_1_Truth_w2c(C, D)) ], [ ('mc__1_2_*'(_f1, _c1, B), 'mc__1_2_*'(B, _c2, C), E=['Truth_w2c', C]) ]). mc__1_2_Truth_Induction(T1, T2, A) :- mc__1_2_Truth_Abduction(T2, T1, A). mc__1_2_Truth_Induction(T1, T2, A) :- mc__1_2_Truth_Abduction(T2, T1, A). mc__1_2_Truth_Induction(T1, T2, A) :- mc__1_2_Truth_Abduction(T2, T1, A). mc__1_2_Truth_Exemplification([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(B, C, D), mc__1_1_Truth_w2c(D, E), A=[1.0, E]. mc__1_2_Truth_Exemplification([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(B, C, D), mc__1_1_Truth_w2c(D, E), A=[1.0, E]. mc__1_2_Truth_Exemplification([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(B, C, D), mc__1_1_Truth_w2c(D, E), A=[1.0, E]. mc__1_1_Truth_StructuralDeduction(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Deduction(T, B, A). mc__1_1_Truth_StructuralDeduction(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Deduction(T, B, A). mc__1_1_Truth_StructuralDeduction(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Deduction(T, B, A). mc__1_1_Truth_Negation([_f, _c], A) :- 'mc__1_2_-'(1, _f, B), A=[B, _c]. mc__1_1_Truth_Negation([_f, _c], A) :- 'mc__1_2_-'(1, _f, B), A=[B, _c]. mc__1_1_Truth_Negation([_f, _c], A) :- 'mc__1_2_-'(1, _f, B), A=[B, _c]. mc__1_1_Truth_StructuralDeductionNegated(T, A) :- mc__1_1_Truth_StructuralDeduction(T, B), mc__1_1_Truth_Negation(B, A). mc__1_1_Truth_StructuralDeductionNegated(T, A) :- mc__1_1_Truth_StructuralDeduction(T, B), mc__1_1_Truth_Negation(B, A). mc__1_1_Truth_StructuralDeductionNegated(T, A) :- mc__1_1_Truth_StructuralDeduction(T, B), mc__1_1_Truth_Negation(B, A). mc__1_2_Truth_Intersection([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_2_Truth_Intersection([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_2_Truth_Intersection([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_1_Truth_StructuralIntersection(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Intersection(T, B, A). mc__1_1_Truth_StructuralIntersection(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Intersection(T, B, A). mc__1_1_Truth_StructuralIntersection(T, A) :- B=[1.0, 0.9], mc__1_2_Truth_Intersection(T, B, A). mc__1_2_Truth_or(_a, _b, A) :- 'mc__1_2_-'(1, _a, B), 'mc__1_2_-'(1, _b, C), 'mc__1_2_*'(B, C, D), 'mc__1_2_-'(1, D, A). mc__1_2_Truth_or(_a, _b, A) :- 'mc__1_2_-'(1, _a, B), 'mc__1_2_-'(1, _b, C), 'mc__1_2_*'(B, C, D), 'mc__1_2_-'(1, D, A). mc__1_2_Truth_or(_a, _b, A) :- 'mc__1_2_-'(1, _a, B), 'mc__1_2_-'(1, _b, C), 'mc__1_2_*'(B, C, D), 'mc__1_2_-'(1, D, A). 1 _56406 [[assign,_56822,[fcall(*,[2]),[_25572{vn = ...},_25128{vn = ...}]]],[assign,_56406,[fcall(/,[2]),[_56822,_24684{vn = ...}]]]] mc__1_2_Truth_Comparison([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), _f0=B, 'mc__1_2_=='(_f0, 0.0, C), D=ispu(0.0), E=ispeEnNC(F, 'mc__1_2_/'(G, _f0, F), H, H=[/, G, _f0], 'mc__1_2_*'(_f1, _f2, G)), mc__1_3_If(C, D, E, I), as_p1_exec(I, J), 'mc__1_2_*'(_c1, _c2, K), 'mc__1_2_*'(_f0, K, L), mc__1_1_Truth_w2c(L, M), A=[J, M]. 1 _43490 [[assign,_43666,[fcall(*,[2]),[_15068{vn = ...},_15114{vn = ...}]]],[assign,_43490,[fcall(/,[2]),[_43666,_15166{vn = ...}]]]] mc__1_2_Truth_Comparison([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), _f0=B, 'mc__1_2_=='(_f0, 0.0, C), D=ispu(0.0), E=ispeEnNC(F, 'mc__1_2_/'(G, _f0, F), H, H=[/, G, _f0], 'mc__1_2_*'(_f1, _f2, G)), mc__1_3_If(C, D, E, I), as_p1_exec(I, J), 'mc__1_2_*'(_c1, _c2, K), 'mc__1_2_*'(_f0, K, L), mc__1_1_Truth_w2c(L, M), A=[J, M]. 1 _44956 [[assign,_45132,[fcall(*,[2]),[_4616{vn = ...},_4662{vn = ...}]]],[assign,_44956,[fcall(/,[2]),[_45132,_4714{vn = ...}]]]] mc__1_2_Truth_Comparison([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), _f0=B, 'mc__1_2_=='(_f0, 0.0, C), D=ispu(0.0), E=ispeEnNC(F, 'mc__1_2_/'(G, _f0, F), H, H=[/, G, _f0], 'mc__1_2_*'(_f1, _f2, G)), mc__1_3_If(C, D, E, I), as_p1_exec(I, J), 'mc__1_2_*'(_c1, _c2, K), 'mc__1_2_*'(_f0, K, L), mc__1_1_Truth_w2c(L, M), A=[J, M]. mc__1_2_Truth_Analogy([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(C, _f2, D), A=[B, D]. mc__1_2_Truth_Analogy([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(C, _f2, D), A=[B, D]. mc__1_2_Truth_Analogy([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), 'mc__1_2_*'(C, _f2, D), A=[B, D]. mc__1_2_Truth_Resemblance([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), mc__1_2_Truth_or(_f1, _f2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Resemblance([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), mc__1_2_Truth_or(_f1, _f2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Resemblance([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_*'(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), mc__1_2_Truth_or(_f1, _f2, D), 'mc__1_2_*'(C, D, E), A=[B, E]. mc__1_2_Truth_Union([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_2_Truth_Union([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_2_Truth_Union([_f1, _c1], [_f2, _c2], A) :- mc__1_2_Truth_or(_f1, _f2, B), 'mc__1_2_*'(_c1, _c2, C), A=[B, C]. mc__1_2_Truth_Difference([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), 'mc__1_2_*'(_c1, _c2, D), A=[C, D]. mc__1_2_Truth_Difference([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), 'mc__1_2_*'(_c1, _c2, D), A=[C, D]. mc__1_2_Truth_Difference([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), 'mc__1_2_*'(_c1, _c2, D), A=[C, D]. mc__1_2_Truth_DecomposePNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _fn=C, 'mc__1_2_-'(1, _fn, D), 'mc__1_2_*'(_c1, _c2, E), 'mc__1_2_*'(_fn, E, F), A=[D, F]. mc__1_2_Truth_DecomposePNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _fn=C, 'mc__1_2_-'(1, _fn, D), 'mc__1_2_*'(_c1, _c2, E), 'mc__1_2_*'(_fn, E, F), A=[D, F]. mc__1_2_Truth_DecomposePNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _fn=C, 'mc__1_2_-'(1, _fn, D), 'mc__1_2_*'(_c1, _c2, E), 'mc__1_2_*'(_fn, E, F), A=[D, F]. mc__1_2_Truth_DecomposeNPP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_*'(B, _f2, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposeNPP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_*'(B, _f2, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposeNPP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_*'(B, _f2, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposePNP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposePNP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposePNP([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f2, B), 'mc__1_2_*'(_f1, B, C), _f=C, 'mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E), transpiler_apply(mc__1_1_, _f, [_f, E], A, [E], [F], [x(doeval, eager, [number])], [ ('mc__1_2_*'(_c1, _c2, D), 'mc__1_2_*'(_f, D, E)) ], [ ('mc__1_2_*'(_c1, _c2, D), F=[*, _f, D]) ]). mc__1_2_Truth_DecomposePPP(_v1, _v2, A) :- mc__1_1_Truth_Negation(_v1, B), mc__1_2_Truth_DecomposeNPP(B, _v2, A). mc__1_2_Truth_DecomposePPP(_v1, _v2, A) :- mc__1_1_Truth_Negation(_v1, B), mc__1_2_Truth_DecomposeNPP(B, _v2, A). mc__1_2_Truth_DecomposePPP(_v1, _v2, A) :- mc__1_1_Truth_Negation(_v1, B), mc__1_2_Truth_DecomposeNPP(B, _v2, A). mc__1_2_Truth_DecomposeNNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_-'(1, _f2, C), 'mc__1_2_*'(B, C, D), _fn=D, 'mc__1_2_-'(1, _fn, E), 'mc__1_2_*'(_c1, _c2, F), 'mc__1_2_*'(_fn, F, G), A=[E, G]. mc__1_2_Truth_DecomposeNNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_-'(1, _f2, C), 'mc__1_2_*'(B, C, D), _fn=D, 'mc__1_2_-'(1, _fn, E), 'mc__1_2_*'(_c1, _c2, F), 'mc__1_2_*'(_fn, F, G), A=[E, G]. mc__1_2_Truth_DecomposeNNN([_f1, _c1], [_f2, _c2], A) :- 'mc__1_2_-'(1, _f1, B), 'mc__1_2_-'(1, _f2, C), 'mc__1_2_*'(B, C, D), _fn=D, 'mc__1_2_-'(1, _fn, E), 'mc__1_2_*'(_c1, _c2, F), 'mc__1_2_*'(_fn, F, G), A=[E, G]. mc__1_1_Truth_Eternalize([_f, _c], A) :- mc__1_1_Truth_w2c(_c, B), transpiler_apply(mc__1_1_, _f, [_f, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_w2c(_c, B)], [C=['Truth_w2c', _c]]). mc__1_1_Truth_Eternalize([_f, _c], A) :- mc__1_1_Truth_w2c(_c, B), transpiler_apply(mc__1_1_, _f, [_f, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_w2c(_c, B)], [C=['Truth_w2c', _c]]). mc__1_1_Truth_Eternalize([_f, _c], A) :- mc__1_1_Truth_w2c(_c, B), transpiler_apply(mc__1_1_, _f, [_f, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_w2c(_c, B)], [C=['Truth_w2c', _c]]). mc__1_2_Truth_Revision([_f1, _c1], [_f2, _c2], A) :- mc__1_1_Truth_c2w(_c1, B), _w1=B, mc__1_1_Truth_c2w(_c2, C), _w2=C, 'mc__1_2_+'(_w1, _w2, D), _w=D, 'mc__1_2_*'(_w1, _f1, E), 'mc__1_2_*'(_w2, _f2, F), 'mc__1_2_+'(E, F, G), 'mc__1_2_/'(G, _w, H), _f=H, mc__1_1_Truth_w2c(_w, I), _c=I, mc__1_2_min(1.0, _f, J), mc__1_2_max(_c, _c1, K), mc__1_2_max(K, _c2, L), mc__1_2_min(0.99, L, M), A=[J, M]. mc__1_2_Truth_Revision([_f1, _c1], [_f2, _c2], A) :- mc__1_1_Truth_c2w(_c1, B), _w1=B, mc__1_1_Truth_c2w(_c2, C), _w2=C, 'mc__1_2_+'(_w1, _w2, D), _w=D, 'mc__1_2_*'(_w1, _f1, E), 'mc__1_2_*'(_w2, _f2, F), 'mc__1_2_+'(E, F, G), 'mc__1_2_/'(G, _w, H), _f=H, mc__1_1_Truth_w2c(_w, I), _c=I, mc__1_2_min(1.0, _f, J), mc__1_2_max(_c, _c1, K), mc__1_2_max(K, _c2, L), mc__1_2_min(0.99, L, M), A=[J, M]. mc__1_2_Truth_Revision([_f1, _c1], [_f2, _c2], A) :- mc__1_1_Truth_c2w(_c1, B), _w1=B, mc__1_1_Truth_c2w(_c2, C), _w2=C, 'mc__1_2_+'(_w1, _w2, D), _w=D, 'mc__1_2_*'(_w1, _f1, E), 'mc__1_2_*'(_w2, _f2, F), 'mc__1_2_+'(E, F, G), 'mc__1_2_/'(G, _w, H), _f=H, mc__1_1_Truth_w2c(_w, I), _c=I, mc__1_2_min(1.0, _f, J), mc__1_2_max(_c, _c1, K), mc__1_2_max(K, _c2, L), mc__1_2_min(0.99, L, M), A=[J, M]. mc__1_1_Truth_Expectation([_f, _c], A) :- 'mc__1_2_-'(_f, 0.5, B), 'mc__1_2_*'(_c, B, C), 'mc__1_2_+'(C, 0.5, A). mc__1_1_Truth_Expectation([_f, _c], A) :- 'mc__1_2_-'(_f, 0.5, B), 'mc__1_2_*'(_c, B, C), 'mc__1_2_+'(C, 0.5, A). mc__1_1_Truth_Expectation([_f, _c], A) :- 'mc__1_2_-'(_f, 0.5, B), 'mc__1_2_*'(_c, B, C), 'mc__1_2_+'(C, 0.5, A). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _a, [[_a, -->, _c], B], A, [-->, _c, B], [-->, _c, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _a, [[_a, -->, _c], B], A, [-->, _c, B], [-->, _c, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _a, [[_a, -->, _c], B], A, [-->, _c, B], [-->, _c, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_a, -->, _c], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _b], B], A, [-->, _b, B], [-->, _b, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_a, -->, _c], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _b], B], A, [-->, _b, B], [-->, _b, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_a, -->, _c], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _b], B], A, [-->, _b, B], [-->, _b, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _c], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _b, [[_b, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _c], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _b, [[_b, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _c], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, _b, [[_b, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_2_|-'([[_a, -->, _b], T1], [[_b, -->, _c], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, _c, [[_c, -->, _a], B], A, [-->, _a, B], [-->, _a, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_1_|-'([[S, <->, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <->, S], B], A, [<->, S, B], [<->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, <->, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <->, S], B], A, [<->, S, B], [<->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, <->, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <->, S], B], A, [<->, S, B], [<->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_2_|-'([[M, <->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([[M, <->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([[M, <->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, -->, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, -->, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, -->, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <->, P], B], A, [<->, P, B], [<->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[M, -->, P], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, -->, M], T1], [[S, <->, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_1_|-'([[S, -->, ['ExtSet', P]], T], A) :- B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, S, [[S, <->, B], C], A, [<->, B, C], [<->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=['ExtSet', P], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, -->, ['ExtSet', P]], T], A) :- B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, S, [[S, <->, B], C], A, [<->, B, C], [<->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=['ExtSet', P], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, -->, ['ExtSet', P]], T], A) :- B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, S, [[S, <->, B], C], A, [<->, B, C], [<->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['ExtSet', P], mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=['ExtSet', P], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['IntSet', S], -->, P], T], A) :- B=['IntSet', S], C=[B, <->, P], mc__1_1_Truth_StructuralIntersection(T, D), A=[C, D]. 'mc__1_1_|-'([[['IntSet', S], -->, P], T], A) :- B=['IntSet', S], C=[B, <->, P], mc__1_1_Truth_StructuralIntersection(T, D), A=[C, D]. 'mc__1_1_|-'([[['IntSet', S], -->, P], T], A) :- B=['IntSet', S], C=[B, <->, P], mc__1_1_Truth_StructuralIntersection(T, D), A=[C, D]. 'mc__1_2_|-'([[['ExtSet', M], -->, P], T1], [[S, <->, M], T2], A) :- B=['ExtSet', S], C=[B, -->, P], mc__1_2_Truth_Analogy(T1, T2, D), A=[C, D]. 'mc__1_2_|-'([[['ExtSet', M], -->, P], T1], [[S, <->, M], T2], A) :- B=['ExtSet', S], C=[B, -->, P], mc__1_2_Truth_Analogy(T1, T2, D), A=[C, D]. 'mc__1_2_|-'([[['ExtSet', M], -->, P], T1], [[S, <->, M], T2], A) :- B=['ExtSet', S], C=[B, -->, P], mc__1_2_Truth_Analogy(T1, T2, D), A=[C, D]. 'mc__1_2_|-'([[P, -->, ['IntSet', M]], T1], [[S, <->, M], T2], A) :- B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, P, [[P, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=['IntSet', S], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[P, -->, ['IntSet', M]], T1], [[S, <->, M], T2], A) :- B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, P, [[P, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=['IntSet', S], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[P, -->, ['IntSet', M]], T1], [[S, <->, M], T2], A) :- B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, P, [[P, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, B=['IntSet', S], mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=['IntSet', S], E=['Truth_Analogy', T1, T2] ]). 'mc__1_1_|-'([[['ExtSet', A], <->, ['ExtSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['ExtSet', A], <->, ['ExtSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['ExtSet', A], <->, ['ExtSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['IntSet', A], <->, ['IntSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['IntSet', A], <->, ['IntSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['IntSet', A], <->, ['IntSet', B]]], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, B], B], A, [<->, B, B], [<->, B, C], [ x(noeval, eager, []), x(doeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', A], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', A], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', A], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', B], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', B], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[['ExtSet', A, B], -->, M], T], A) :- B=['ExtSet', B], C=[B, -->, M], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', A], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', A], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', A], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', B], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', B], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([['M', -->, ['IntSet', A, B]], T], A) :- B=['IntSet', B], C=['M', -->, B], mc__1_1_Truth_StructuralDeduction(T, D), A=[C, D]. 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[S, '|', P], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [S, &, P]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, A, [[A, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, A, [[A, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, A, [[A, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeduction(T, B) ], [true, true, C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_1_|-'([[[A, ~, S], -->, M], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_1_|-'([[M, -->, [B, -, S]], T], A) :- mc__1_1_Truth_StructuralDeductionNegated(T, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralDeductionNegated(T, B) ], [ true, true, C=['Truth_StructuralDeductionNegated', T] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, '|', P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[P, -->, M], T1], [[[S, &, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, ~, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, ~, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[S, ~, P], -->, M], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[P, ~, S], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[P, ~, S], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_2_|-'([[S, -->, M], T1], [[[P, ~, S], -->, M], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, -->, M], B], A, [-->, M, B], [-->, M, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, &, P]], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, P], T1], [[M, -->, [S, '|', P]], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, S], B], A, [-->, S, B], [-->, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNPP(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNPP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, -, P]], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, -, P]], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [S, -, P]], T2], A) :- mc__1_2_Truth_DecomposePNP(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposePNP(T1, T2, B) ], [ true, true, C=['Truth_DecomposePNP', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [P, -, S]], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [P, -, S]], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_2_|-'([[M, -->, S], T1], [[M, -->, [P, -, S]], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__2_1_2_, M, [[M, -->, P], B], A, [-->, P, B], [-->, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_DecomposeNNN(T1, T2, B) ], [ true, true, C=['Truth_DecomposeNNN', T1, T2] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, A, [[A, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/1', B], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, A, [[A, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/1', B], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, A, [[A, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/1', B], B, ['/1', B], ['/1', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/1', B], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, B, [[B, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/2', A], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, B, [[B, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/2', A], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[[A, x, B], -->, R], T], A) :- transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C), transpiler_apply(mc__2_1_2_, B, [[B, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, R, [R, '/2', A], B, ['/2', A], ['/2', A], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_1_Truth_StructuralIntersection(T, C) ], [ true, D=[R, '/2', A], E=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\1', B], -->, A], B], A, ['\\1', B, -->, A, B], ['\\1', B, -->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\1', B], -->, A], B], A, ['\\1', B, -->, A, B], ['\\1', B, -->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\1', B], -->, A], B], A, ['\\1', B, -->, A, B], ['\\1', B, -->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\2', A], -->, B], B], A, ['\\2', A, -->, B, B], ['\\2', A, -->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\2', A], -->, B], B], A, ['\\2', A, -->, B, B], ['\\2', A, -->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[R, -->, [A, x, B]], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__3_1_2_2_, R, [[[R, '\\2', A], -->, B], B], A, ['\\2', A, -->, B, B], ['\\2', A, -->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, A], B], A, [-->, A, B], [-->, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, -->, B], B], A, [-->, B, B], [-->, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, A], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, A], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, A], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[A, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[A, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[A, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, A], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, A], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, A], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, x, B], -->, R], B], A, [x, B, -->, R, B], [x, B, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, -->, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[B, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[B, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[B, -->, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[C, <->, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, x, C], -->, R], B], A, [x, C, -->, R, B], [x, C, -->, R, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [ true, true, true, true, C=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[A, -->, C], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[A, -->, C], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[A, -->, C], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, A], T2], A) :- transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, C, [C, x, B], B, [x, B], [x, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[C, x, B], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[B, -->, C], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[B, -->, C], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[B, -->, C], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Deduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, -->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Abduction(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Abduction', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[C, <->, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C), transpiler_apply(mc__2_1_2_, R, [[R, -->, B], C], A, [-->, B, C], [-->, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, x, C], B, [x, C], [x, C], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Analogy(T1, T2, C) ], [ true, D=[A, x, C], E=['Truth_Analogy', T1, T2] ]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[C, x, B], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[[A, x, B], -->, R], T1], [[[A, x, C], -->, R], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [C, x, B]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[R, -->, [A, x, B]], T1], [[R, -->, [A, x, C]], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, <->, C], B], A, [<->, C, B], [<->, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_1_|-'([[neg, A], T], A) :- mc__1_1_Truth_Negation(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_Negation(T, B)], [C=['Truth_Negation', T]]). 'mc__1_1_|-'([[neg, A], T], A) :- mc__1_1_Truth_Negation(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_Negation(T, B)], [C=['Truth_Negation', T]]). 'mc__1_1_|-'([[neg, A], T], A) :- mc__1_1_Truth_Negation(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_Negation(T, B)], [C=['Truth_Negation', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralDeduction(T, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_1_Truth_StructuralDeduction(T, B)], [C=['Truth_StructuralDeduction', T]]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, B, [[B, &&, A], B], A, [&&, A, B], [&&, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, B, [[B, &&, A], B], A, [&&, A, B], [&&, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[A, &&, B], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, B, [[B, &&, A], B], A, [&&, A, B], [&&, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_2_|-'([S, T1], [[S, &&, A], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePNN(T1, T2, B)], [C=['Truth_DecomposePNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[S, &&, A], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePNN(T1, T2, B)], [C=['Truth_DecomposePNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[S, &&, A], T2], A) :- mc__1_2_Truth_DecomposePNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePNN(T1, T2, B)], [C=['Truth_DecomposePNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[S, '||', A], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNPP(T1, T2, B)], [C=['Truth_DecomposeNPP', T1, T2]]). 'mc__1_2_|-'([S, T1], [[S, '||', A], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNPP(T1, T2, B)], [C=['Truth_DecomposeNPP', T1, T2]]). 'mc__1_2_|-'([S, T1], [[S, '||', A], T2], A) :- mc__1_2_Truth_DecomposeNPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNPP(T1, T2, B)], [C=['Truth_DecomposeNPP', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], &&, A], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNNN(T1, T2, B)], [C=['Truth_DecomposeNNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], &&, A], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNNN(T1, T2, B)], [C=['Truth_DecomposeNNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], &&, A], T2], A) :- mc__1_2_Truth_DecomposeNNN(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposeNNN(T1, T2, B)], [C=['Truth_DecomposeNNN', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], '||', A], T2], A) :- mc__1_2_Truth_DecomposePPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePPP(T1, T2, B)], [C=['Truth_DecomposePPP', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], '||', A], T2], A) :- mc__1_2_Truth_DecomposePPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePPP(T1, T2, B)], [C=['Truth_DecomposePPP', T1, T2]]). 'mc__1_2_|-'([S, T1], [[[neg, S], '||', A], T2], A) :- mc__1_2_Truth_DecomposePPP(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_DecomposePPP(T1, T2, B)], [C=['Truth_DecomposePPP', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, A, [[A, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[A, ==>, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], B], A, [==>, B, B], [==>, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[A, ==>, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], B], A, [==>, B, B], [==>, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[A, ==>, C], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], B], A, [==>, B, B], [==>, B, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [true, true, C=['Truth_Induction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, B], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Exemplification(T1, T2, B), transpiler_apply(mc__2_1_2_, C, [[C, ==>, A], B], A, [==>, A, B], [==>, A, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Exemplification(T1, T2, B) ], [ true, true, C=['Truth_Exemplification', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Union(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, &&, B], ==>, C], B], A, [&&, B, ==>, C, B], [&&, B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Union(T1, T2, B) ], [ true, true, true, true, C=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Union(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, &&, B], ==>, C], B], A, [&&, B, ==>, C, B], [&&, B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Union(T1, T2, B) ], [ true, true, true, true, C=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Union(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, &&, B], ==>, C], B], A, [&&, B, ==>, C, B], [&&, B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Union(T1, T2, B) ], [ true, true, true, true, C=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, '||', B], ==>, C], B], A, ['||', B, ==>, C, B], ['||', B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, '||', B], ==>, C], B], A, ['||', B, ==>, C, B], ['||', B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[A, ==>, C], T1], [[B, ==>, C], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__3_1_2_2_, A, [[[A, '||', B], ==>, C], B], A, ['||', B, ==>, C, B], ['||', B, ==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C) ], [ true, D=[A, &&, B], E=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C) ], [ true, D=[A, &&, B], E=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, &&, B], B, [&&, B], [&&, B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Intersection(T1, T2, C) ], [ true, D=[A, &&, B], E=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C) ], [ true, D=[A, '||', B], E=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C) ], [ true, D=[A, '||', B], E=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[C, ==>, A], T1], [[C, ==>, B], T2], A) :- transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C), transpiler_apply(mc__2_1_2_, C, [[C, ==>, B], C], A, [==>, B, C], [==>, D, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, transpiler_apply(mc__1_2_, A, [A, '||', B], B, ['||', B], ['||', B], [ x(noeval, eager, []), x(noeval, eager, []) ], [true, true], [true, true]), mc__1_2_Truth_Union(T1, T2, C) ], [ true, D=[A, '||', B], E=['Truth_Union', T1, T2] ]). 'mc__1_2_|-'([[[S, &&, P], ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, P, [P, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[S, &&, P], ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, P, [P, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[S, &&, P], ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, P, [P, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Deduction', T1, T2] ]). 'mc__1_2_|-'([[[C, &&, P], ==>, M], T1], [[[C, &&, S], ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[C, &&, P], ==>, M], T1], [[[C, &&, S], ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[C, &&, P], ==>, M], T1], [[[C, &&, S], ==>, M], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Abduction(T1, T2, B) ], [true, true, C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_2_|-'([[[C, &&, M], ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Induction(T1, T2, B), transpiler_apply(mc__3_1_2_2_, C, [[[C, &&, S], ==>, P], B], A, [&&, S, ==>, P, B], [&&, S, ==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, true, true, mc__1_2_Truth_Induction(T1, T2, B) ], [ true, true, true, true, C=['Truth_Induction', T1, T2] ]). 'mc__1_1_|-'([[S, <=>, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <=>, S], B], A, [<=>, S, B], [<=>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, <=>, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <=>, S], B], A, [<=>, S, B], [<=>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_1_|-'([[S, <=>, P], T], A) :- mc__1_1_Truth_StructuralIntersection(T, B), transpiler_apply(mc__2_1_2_, P, [[P, <=>, S], B], A, [<=>, S, B], [<=>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_1_Truth_StructuralIntersection(T, B) ], [ true, true, C=['Truth_StructuralIntersection', T] ]). 'mc__1_2_|-'([[S, ==>, P], T1], [[P, ==>, S], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[S, ==>, P], T1], [[P, ==>, S], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[S, ==>, P], T1], [[P, ==>, S], T2], A) :- mc__1_2_Truth_Intersection(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(T1, T2, B) ], [ true, true, C=['Truth_Intersection', T1, T2] ]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, ==>, M], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[M, ==>, S], T2], A) :- mc__1_2_Truth_Comparison(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Comparison(T1, T2, B) ], [true, true, C=['Truth_Comparison', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[M, ==>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, ==>, P], B], A, [==>, P, B], [==>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, ==>, S], B], A, [==>, S, B], [==>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, ==>, S], B], A, [==>, S, B], [==>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[P, ==>, M], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__2_1_2_, P, [[P, ==>, S], B], A, [==>, S, B], [==>, S, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Analogy(T1, T2, B) ], [true, true, C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([[M, <=>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([[M, <=>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([[M, <=>, P], T1], [[S, <=>, M], T2], A) :- mc__1_2_Truth_Resemblance(T1, T2, B), transpiler_apply(mc__2_1_2_, S, [[S, <=>, P], B], A, [<=>, P, B], [<=>, P, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Resemblance(T1, T2, B) ], [true, true, C=['Truth_Resemblance', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Deduction(T1, T2, B)], [C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Deduction(T1, T2, B)], [C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Deduction(T1, T2, B)], [C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[[A, &&, B], ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[[A, &&, B], ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[[A, &&, B], ==>, C], T2], A) :- mc__1_2_Truth_Deduction(T1, T2, B), transpiler_apply(mc__2_1_2_, B, [[B, ==>, C], B], A, [==>, C, B], [==>, C, C], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Deduction(T1, T2, B) ], [true, true, C=['Truth_Deduction', T1, T2]]). 'mc__1_2_|-'([B, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([B, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([B, T1], [[A, ==>, B], T2], A) :- mc__1_2_Truth_Abduction(T1, T2, B), transpiler_apply(mc__1_1_, A, [A, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Abduction(T1, T2, B)], [C=['Truth_Abduction', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, <=>, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Analogy(T1, T2, B)], [C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, <=>, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Analogy(T1, T2, B)], [C=['Truth_Analogy', T1, T2]]). 'mc__1_2_|-'([A, T1], [[A, <=>, B], T2], A) :- mc__1_2_Truth_Analogy(T1, T2, B), transpiler_apply(mc__1_1_, B, [B, B], A, [B], [C], [x(doeval, eager, [])], [mc__1_2_Truth_Analogy(T1, T2, B)], [C=['Truth_Analogy', T1, T2]]). mc__1_1_reduced([A, &, A], A). mc__1_1_reduced([A, &, A], A). mc__1_1_reduced([A, &, A], A). mc__1_1_reduced([A, '|', A], A). mc__1_1_reduced([A, '|', A], A). mc__1_1_reduced([A, '|', A], A). mc__1_1_reduced([A, &&, A], A). mc__1_1_reduced([A, &&, A], A). mc__1_1_reduced([A, &&, A], A). mc__1_1_reduced([A, '||', A], A). mc__1_1_reduced([A, '||', A], A). mc__1_1_reduced([A, '||', A], A). mc__1_1_reduced([['ExtSet', A], '|', ['ExtSet', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced([['ExtSet', A], '|', ['ExtSet', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced([['ExtSet', A], '|', ['ExtSet', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced([['ExtSet', A, B], '|', ['ExtSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', B, C]. mc__1_1_reduced([['ExtSet', A, B], '|', ['ExtSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', B, C]. mc__1_1_reduced([['ExtSet', A, B], '|', ['ExtSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', B, C]. mc__1_1_reduced([['ExtSet', C], '|', ['ExtSet', A, B]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', C, B]. mc__1_1_reduced([['ExtSet', C], '|', ['ExtSet', A, B]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', C, B]. mc__1_1_reduced([['ExtSet', C], '|', ['ExtSet', A, B]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['ExtSet', C, B]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B]], A) :- A=['IntSet', A, B]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B]], A) :- A=['IntSet', A, B]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B]], A) :- A=['IntSet', A, B]. mc__1_1_reduced([['IntSet', A, B], &, ['IntSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', B, C]. mc__1_1_reduced([['IntSet', A, B], &, ['IntSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', B, C]. mc__1_1_reduced([['IntSet', A, B], &, ['IntSet', C]], A) :- transpiler_apply(mc__1_2_, A, [A, 'SetElement', B], B, ['SetElement', B], ['SetElement', B], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', B, C]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B, C]], A) :- transpiler_apply(mc__1_2_, B, [B, 'SetElement', C], B, ['SetElement', C], ['SetElement', C], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', A, B]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B, C]], A) :- transpiler_apply(mc__1_2_, B, [B, 'SetElement', C], B, ['SetElement', C], ['SetElement', C], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', A, B]. mc__1_1_reduced([['IntSet', A], &, ['IntSet', B, C]], A) :- transpiler_apply(mc__1_2_, B, [B, 'SetElement', C], B, ['SetElement', C], ['SetElement', C], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), A=['IntSet', A, B]. mc__1_1_reduced(['ExtSet', [A, 'SetElement', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced(['ExtSet', [A, 'SetElement', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced(['ExtSet', [A, 'SetElement', B]], A) :- A=['ExtSet', A, B]. mc__1_1_reduced(['IntSet', [A, 'SetElement', B]], A) :- A=['IntSet', A, B]. mc__1_1_reduced(['IntSet', [A, 'SetElement', B]], A) :- A=['IntSet', A, B]. mc__1_1_reduced(['IntSet', [A, 'SetElement', B]], A) :- A=['IntSet', A, B]. mc__1_0_BeliefEventsMax(10). mc__1_0_GoalEventsMax(10). mc__1_1_increment(_atom, A) :- B=['get-state', _atom], C=[+, 1, B], D=['change-state!', _atom, C], E=[D], mc__1_1_sequential(E, A). mc__1_1_increment(_atom, A) :- B=['get-state', _atom], C=[+, 1, B], D=['change-state!', _atom, C], E=[D], mc__1_1_sequential(E, A). mc__1_1_increment(_atom, A) :- B=['get-state', _atom], C=[+, 1, B], D=['change-state!', _atom, C], E=[D], mc__1_1_sequential(E, A). mc__1_0_UpdateReasonerState(A) :- B=['new-state', 1], C=['get-state', B], D=['True', :=, C], E=['trace!', D, 42], F=['new-state', 1], G=[increment, F], H=['new-state', 1], I=[increment, H], J=[E, G, I], mc__1_1_sequential(J, A). mc__1_0_GetReasonerState(A) :- B=['new-state', 1], C=['get-state', B], D=['new-state', 1], E=['get-state', D], F=[E], A=[C, F]. mc__1_2_EventPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). mc__1_2_EventPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). mc__1_2_EventPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). !(bind! &tempbest (new-state ())) :- do_metta_runtime(A, (B=['new-state', []], 'mc__1_2_bind!'('&tempbest', B, A))). Deterministic: () !(bind! &tempbestscore (new-state 0)) :- do_metta_runtime(A, (B=['new-state', 0], 'mc__1_2_bind!'('&tempbestscore', B, A))). Deterministic: () 1 _72500 [[assign,_73702,list(['new-state',[]])],[assign,_73238,list(['change-state!',_73702,_20758{vn = ...}])],[assign,_75166,list(['new-state',0])],[assign,_74702,list(['change-state!',_75166,_20542{vn = ...}])],[assign,_72650,list([_73238,_74702])],[assign,_72500,[fcall(sequential,[1]),[_72650]]]] mc__1_3_BestCandidate(_tuple, EvaluateCandidateFunction, _t, A) :- B=['new-state', 0], C=['change-state!', B, 0], D=[do, C], E=['new-state', []], F=['change-state!', E, []], G=[do, F], mc__1_1_superpose(_tuple, H), _x=H, transpiler_apply(mc__1_2_, EvaluateCandidateFunction, [EvaluateCandidateFunction, _x, _t], I, [_x, _t], [_x, _t], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), _fx=I, J=['new-state', 0], K=['get-state', J], 'mc__1_2_>'(_fx, K, L), M=ispeEnNC(N, mc__1_1_sequential(O, N), P, P=[sequential, O], (Q=['new-state', []], R=['change-state!', Q, _x], S=['new-state', 0], T=['change-state!', S, _fx], O=[R, T])), mc__1_2_If(L, M, U), as_p1_exec(U, V), W=[V], X=[superpose, W], Y=[do, X], Z=['new-state', []], A1=['get-state', Z], B1=[D, G, Y, A1], mc__1_1_sequential(B1, A). 1 _147590 [[assign,_148544,list(['new-state',[]])],[assign,_148080,list(['change-state!',_148544,_100640{vn = ...}])],[assign,_150008,list(['new-state',0])],[assign,_149544,list(['change-state!',_150008,_100684{vn = ...}])],[assign,_147740,list([_148080,_149544])],[assign,_147590,[fcall(sequential,[1]),[_147740]]]] mc__1_3_BestCandidate(_tuple, EvaluateCandidateFunction, _t, A) :- B=['new-state', 0], C=['change-state!', B, 0], D=[do, C], E=['new-state', []], F=['change-state!', E, []], G=[do, F], mc__1_1_superpose(_tuple, H), _x=H, transpiler_apply(mc__1_2_, EvaluateCandidateFunction, [EvaluateCandidateFunction, _x, _t], I, [_x, _t], [_x, _t], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), _fx=I, J=['new-state', 0], K=['get-state', J], 'mc__1_2_>'(_fx, K, L), M=ispeEnNC(N, mc__1_1_sequential(O, N), P, P=[sequential, O], (Q=['new-state', []], R=['change-state!', Q, _x], S=['new-state', 0], T=['change-state!', S, _fx], O=[R, T])), mc__1_2_If(L, M, U), as_p1_exec(U, V), W=[V], X=[superpose, W], Y=[do, X], Z=['new-state', []], A1=['get-state', Z], B1=[D, G, Y, A1], mc__1_1_sequential(B1, A). 1 _243780 [[assign,_244734,list(['new-state',[]])],[assign,_244270,list(['change-state!',_244734,_100640{vn = ...}])],[assign,_246198,list(['new-state',0])],[assign,_245734,list(['change-state!',_246198,_100684{vn = ...}])],[assign,_243930,list([_244270,_245734])],[assign,_243780,[fcall(sequential,[1]),[_243930]]]] mc__1_3_BestCandidate(_tuple, EvaluateCandidateFunction, _t, A) :- B=['new-state', 0], C=['change-state!', B, 0], D=[do, C], E=['new-state', []], F=['change-state!', E, []], G=[do, F], mc__1_1_superpose(_tuple, H), _x=H, transpiler_apply(mc__1_2_, EvaluateCandidateFunction, [EvaluateCandidateFunction, _x, _t], I, [_x, _t], [_x, _t], [x(noeval, eager, []), x(doeval, eager, [])], [true, true], [true, true]), _fx=I, J=['new-state', 0], K=['get-state', J], 'mc__1_2_>'(_fx, K, L), M=ispeEnNC(N, mc__1_1_sequential(O, N), P, P=[sequential, O], (Q=['new-state', []], R=['change-state!', Q, _x], S=['new-state', 0], T=['change-state!', S, _fx], O=[R, T])), mc__1_2_If(L, M, U), as_p1_exec(U, V), W=[V], X=[superpose, W], Y=[do, X], Z=['new-state', []], A1=['get-state', Z], B1=[D, G, Y, A1], mc__1_1_sequential(B1, A). mc__1_2_PriorityOf(['Event', Sentence, [OccT, Ev, Prio]], _t, A) :- mc__1_2_EventPriorityNow(Prio, _t, A). mc__1_2_PriorityOf(['Event', Sentence, [OccT, Ev, Prio]], _t, A) :- mc__1_2_EventPriorityNow(Prio, _t, A). mc__1_2_PriorityOf(['Event', Sentence, [OccT, Ev, Prio]], _t, A) :- mc__1_2_EventPriorityNow(Prio, _t, A). 1 _125806 [[assign,_125806,[fcall('get-atoms',[1]),[_112892{vn = ...}]]]] mc__1_2_SelectHighestPriorityEvent(_collection, _t, A) :- B=ispeEnN(C, 'mc__1_1_get-atoms'(_collection, C), D, D=['get-atoms', _collection]), mc__1_1_collapse(B, E), mc__1_3_BestCandidate(E, 'PriorityOf', _t, A). 1 _144614 [[assign,_144614,[fcall('get-atoms',[1]),[_133810{vn = ...}]]]] mc__1_2_SelectHighestPriorityEvent(_collection, _t, A) :- B=ispeEnN(C, 'mc__1_1_get-atoms'(_collection, C), D, D=['get-atoms', _collection]), mc__1_1_collapse(B, E), mc__1_3_BestCandidate(E, 'PriorityOf', _t, A). 1 _169742 [[assign,_169742,[fcall('get-atoms',[1]),[_133810{vn = ...}]]]] mc__1_2_SelectHighestPriorityEvent(_collection, _t, A) :- B=ispeEnN(C, 'mc__1_1_get-atoms'(_collection, C), D, D=['get-atoms', _collection]), mc__1_1_collapse(B, E), mc__1_3_BestCandidate(E, 'PriorityOf', _t, A). mc__1_2_ProcessBeliefEvent(Ev, _t, A) :- B=['add-atom', space_3, Ev], C=['UpdateConcept', Ev, _t], D=[B, C], mc__1_1_sequential(D, A). mc__1_2_ProcessBeliefEvent(Ev, _t, A) :- B=['add-atom', space_3, Ev], C=['UpdateConcept', Ev, _t], D=[B, C], mc__1_1_sequential(D, A). mc__1_2_ProcessBeliefEvent(Ev, _t, A) :- B=['add-atom', space_3, Ev], C=['UpdateConcept', Ev, _t], D=[B, C], mc__1_1_sequential(D, A). 1 _68948 [[assign,_68948,[fcall('remove-atom',[2]),[_6026{vn = ...},_5700{vn = ...}]]]] 1 _71092 [[assign,_71482,list(['get-atoms',_6026{vn = ...}])],[assign,_71092,[fcall('CountElement',[1]),[_71482]]]] 1 _73156 [[assign,_73426,[fcall(+,[2]),[_5756{vn = ...},_5742{vn = ...}]]],[assign,_73156,[fcall('BoundEvents',[5]),[_6026{vn = ...},_73426,_5742{vn = ...},_5728{vn = ...},_5714{vn = ...}]]]] mc__1_5_BoundEvents(_collection, Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(_collection, B), Ev=B, ['Event', Sentence, [Time, Evidence, EPrio]]=Ev, mc__1_2_EventPriorityNow(EPrio, _t, C), 'mc__1_2_<'(C, Threshold, D), E=ispeEnN(F, 'mc__1_2_remove-atom'(_collection, Ev, F), G, G=['remove-atom', _collection, Ev]), H=['If', D, E], as_p1_expr(H, I), J=[do, I], K=ispeEnNC(L, mc__1_1_CountElement(M, L), N, N=['CountElement', M], M=['get-atoms', _collection]), mc__1_1_collapse(K, O), mc__1_1_TupleCount(O, P), CurrentAmount=P, 'mc__1_2_>'(CurrentAmount, TargetAmount, Q), R=ispeEnNC(S, mc__1_5_BoundEvents(_collection, T, Increment, TargetAmount, _t, S), U, U=['BoundEvents', _collection, T, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, T)), V=['If', Q, R], as_p1_expr(V, W), X=[J, W], mc__1_1_sequential(X, A). 1 _158264 [[assign,_158264,[fcall('remove-atom',[2]),[_98288{vn = ...},_98442{vn = ...}]]]] 1 _159688 [[assign,_159838,list(['get-atoms',_98288{vn = ...}])],[assign,_159688,[fcall('CountElement',[1]),[_159838]]]] 1 _161272 [[assign,_161542,[fcall(+,[2]),[_98308{vn = ...},_98328{vn = ...}]]],[assign,_161272,[fcall('BoundEvents',[5]),[_98288{vn = ...},_161542,_98328{vn = ...},_98348{vn = ...},_98368{vn = ...}]]]] mc__1_5_BoundEvents(_collection, Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(_collection, B), Ev=B, ['Event', Sentence, [Time, Evidence, EPrio]]=Ev, mc__1_2_EventPriorityNow(EPrio, _t, C), 'mc__1_2_<'(C, Threshold, D), E=ispeEnN(F, 'mc__1_2_remove-atom'(_collection, Ev, F), G, G=['remove-atom', _collection, Ev]), H=['If', D, E], as_p1_expr(H, I), J=[do, I], K=ispeEnNC(L, mc__1_1_CountElement(M, L), N, N=['CountElement', M], M=['get-atoms', _collection]), mc__1_1_collapse(K, O), mc__1_1_TupleCount(O, P), CurrentAmount=P, 'mc__1_2_>'(CurrentAmount, TargetAmount, Q), R=ispeEnNC(S, mc__1_5_BoundEvents(_collection, T, Increment, TargetAmount, _t, S), U, U=['BoundEvents', _collection, T, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, T)), V=['If', Q, R], as_p1_expr(V, W), X=[J, W], mc__1_1_sequential(X, A). 1 _16030 [[assign,_16030,[fcall('remove-atom',[2]),[_6352{vn = ...},_6506{vn = ...}]]]] 1 _17454 [[assign,_17604,list(['get-atoms',_6352{vn = ...}])],[assign,_17454,[fcall('CountElement',[1]),[_17604]]]] 1 _19038 [[assign,_19308,[fcall(+,[2]),[_6372{vn = ...},_6392{vn = ...}]]],[assign,_19038,[fcall('BoundEvents',[5]),[_6352{vn = ...},_19308,_6392{vn = ...},_6412{vn = ...},_6432{vn = ...}]]]] mc__1_5_BoundEvents(_collection, Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(_collection, B), Ev=B, ['Event', Sentence, [Time, Evidence, EPrio]]=Ev, mc__1_2_EventPriorityNow(EPrio, _t, C), 'mc__1_2_<'(C, Threshold, D), E=ispeEnN(F, 'mc__1_2_remove-atom'(_collection, Ev, F), G, G=['remove-atom', _collection, Ev]), H=['If', D, E], as_p1_expr(H, I), J=[do, I], K=ispeEnNC(L, mc__1_1_CountElement(M, L), N, N=['CountElement', M], M=['get-atoms', _collection]), mc__1_1_collapse(K, O), mc__1_1_TupleCount(O, P), CurrentAmount=P, 'mc__1_2_>'(CurrentAmount, TargetAmount, Q), R=ispeEnNC(S, mc__1_5_BoundEvents(_collection, T, Increment, TargetAmount, _t, S), U, U=['BoundEvents', _collection, T, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, T)), V=['If', Q, R], as_p1_expr(V, W), X=[J, W], mc__1_1_sequential(X, A). mc__1_0_AttentionalFocusConceptsMax(10). mc__1_2_ConceptPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). mc__1_2_ConceptPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). mc__1_2_ConceptPriorityNow([T, P], _t, A) :- 'mc__1_2_-'(_t, T, B), 'mc__1_2_+'(1, B, C), 'mc__1_2_/'(1, C, D), 'mc__1_2_*'(P, D, A). 1 _191890 [[assign,_194708,[ispuU,_192500,[[assign,_192658,[fcall(superpose,[1]),[_157554{vn = ...}]]],[assign,_157110{vn = ...},_192658],[assign,_193228,[fcall(superpose,[1]),[_157332{vn = ...}]]],[assign,_156894{vn = ...},_193228],[prolog_if,[[assign,_193660,[fcall(==,[2]),[_157110{vn = ...},_156894{vn = ...}]]]],[[assign,_194104,_193660]],[[assign,_194104,'Empty']]],[prolog_if,[[prolog_match,_194104,'True']],[[assign,_192500,overlap]],[[assign,_194256,'Empty'],[assign,_192500,_194256]]]]]],[assign,_192122,[fcall(collapse,[1]),[_194708]]],[assign,_191890,[fcall(==,[2]),[[],_192122]]]] mc__1_2_StampDisjoint(Ev1, Ev2, A) :- ( 'mc__1_2_=='(Ev1, [], B), is_True(B) *-> C='True' ; 'mc__1_2_=='(Ev2, [], D), C=D ), E=ispu('True'), F=ispeEnNC(G, 'mc__1_2_=='([], H, G), I, I=[==, [], H], (J=ispuU(K, (mc__1_1_superpose(Ev1, L), _x=L, mc__1_1_superpose(Ev2, M), _y=M, ('mc__1_2_=='(_x, _y, N)*->O=N;O='Empty'), (O='True'*->K=overlap;P='Empty', K=P))), mc__1_1_collapse(J, H))), mc__1_3_If(C, E, F, Q), as_p1_exec(Q, A). 1 _244292 [[assign,_246630,[ispuU,_244662,[[assign,_244820,[fcall(superpose,[1]),[_211894{vn = ...}]]],[assign,_212054{vn = ...},_244820],[assign,_245150,[fcall(superpose,[1]),[_211914{vn = ...}]]],[assign,_212098{vn = ...},_245150],[prolog_if,[[assign,_245582,[fcall(==,[2]),[_212054{vn = ...},_212098{vn = ...}]]]],[[assign,_246026,_245582]],[[assign,_246026,'Empty']]],[prolog_if,[[prolog_match,_246026,'True']],[[assign,_244662,overlap]],[[assign,_246178,'Empty'],[assign,_244662,_246178]]]]]],[assign,_244524,[fcall(collapse,[1]),[_246630]]],[assign,_244292,[fcall(==,[2]),[[],_244524]]]] mc__1_2_StampDisjoint(Ev1, Ev2, A) :- ( 'mc__1_2_=='(Ev1, [], B), is_True(B) *-> C='True' ; 'mc__1_2_=='(Ev2, [], D), C=D ), E=ispu('True'), F=ispeEnNC(G, 'mc__1_2_=='([], H, G), I, I=[==, [], H], (J=ispuU(K, (mc__1_1_superpose(Ev1, L), _x=L, mc__1_1_superpose(Ev2, M), _y=M, ('mc__1_2_=='(_x, _y, N)*->O=N;O='Empty'), (O='True'*->K=overlap;P='Empty', K=P))), mc__1_1_collapse(J, H))), mc__1_3_If(C, E, F, Q), as_p1_exec(Q, A). 1 _57554 [[assign,_59892,[ispuU,_57924,[[assign,_58082,[fcall(superpose,[1]),[_6046{vn = ...}]]],[assign,_6206{vn = ...},_58082],[assign,_58412,[fcall(superpose,[1]),[_6066{vn = ...}]]],[assign,_6250{vn = ...},_58412],[prolog_if,[[assign,_58844,[fcall(==,[2]),[_6206{vn = ...},_6250{vn = ...}]]]],[[assign,_59288,_58844]],[[assign,_59288,'Empty']]],[prolog_if,[[prolog_match,_59288,'True']],[[assign,_57924,overlap]],[[assign,_59440,'Empty'],[assign,_57924,_59440]]]]]],[assign,_57786,[fcall(collapse,[1]),[_59892]]],[assign,_57554,[fcall(==,[2]),[[],_57786]]]] mc__1_2_StampDisjoint(Ev1, Ev2, A) :- ( 'mc__1_2_=='(Ev1, [], B), is_True(B) *-> C='True' ; 'mc__1_2_=='(Ev2, [], D), C=D ), E=ispu('True'), F=ispeEnNC(G, 'mc__1_2_=='([], H, G), I, I=[==, [], H], (J=ispuU(K, (mc__1_1_superpose(Ev1, L), _x=L, mc__1_1_superpose(Ev2, M), _y=M, ('mc__1_2_=='(_x, _y, N)*->O=N;O='Empty'), (O='True'*->K=overlap;P='Empty', K=P))), mc__1_1_collapse(J, H))), mc__1_3_If(C, E, F, Q), as_p1_exec(Q, A). 1 _165182 [[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_165638,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_96910{vn = ...},[_96910{vn = ...},_165638],_165510,[_165638],[_165644],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_165638,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_165644,list([_96676{vn = ...},_96454{vn = ...}])]]]],[assign,_166588,list([0,0.0])],[assign,_166220,list([eternal,_96232{vn = ...},_166588])],[assign,_165182,list(['Event',_165510,_166220])]] 1 _167554 [[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_168010,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_95764{vn = ...},[_95764{vn = ...},_168010],_167882,[_168010],[_168016],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_168010,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_168016,list([_95530{vn = ...},_95308{vn = ...}])]]]],[assign,_168960,list([0,0.0])],[assign,_168592,list([eternal,_95086{vn = ...},_168960])],[assign,_167554,list(['Event',_167882,_168592])]] 1 _160450 [[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_161544,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_161914,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_161146,[fcall('Truth_Revision',[2]),[_161544,_161914]]],[transpiler_apply,mc__1_1_,_96910{vn = ...},[_96910{vn = ...},_161146],_161018,[_161146],[_161152],[x(doeval,eager,[])],[[[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_161544,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_161914,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_161146,[fcall('Truth_Revision',[2]),[_161544,_161914]]]]],[[[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_161544,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_161914,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_161152,list(['Truth_Revision',_161544,_161914])]]]],[assign,_163328,list([0,0.0])],[assign,_162712,list([eternal,_94618{vn = ...},_163328])],[assign,_160450,list(['Event',_161018,_162712])]] 1 _170500 [[assign,_164526,[fcall(>,[2]),[_96454{vn = ...},_95308{vn = ...}]]],[assign,_169942,[ispeEnNC,_165182,[[transpiler_apply,mc__1_1_,_96910{vn = ...},[_96910{vn = ...},_165638],_165510,[_165638],[_165644],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_165638,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_165644,list([_96676{vn = ...},_96454{vn = ...}])]]]],[assign,_166588,list([0,0.0])],[assign,_166220,list([eternal,_96232{vn = ...},_166588])],[assign,_165182,list(['Event',_165510,_166220])]],_165188,[[assign,_165516,list([_96910{vn = ...},_165638])],[assign,_166594,list([0,0.0])],[assign,_166226,list([eternal,_96232{vn = ...},_166594])],[assign,_165188,list(['Event',_165516,_166226])]],[[transpiler_apply,mc__1_1_,_96676{vn = ...},[_96676{vn = ...},_96454{vn = ...}],_165638,[_96454{vn = ...}],[_96454{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_170048,[ispeEnNC,_167554,[[transpiler_apply,mc__1_1_,_95764{vn = ...},[_95764{vn = ...},_168010],_167882,[_168010],[_168016],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_168010,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_168016,list([_95530{vn = ...},_95308{vn = ...}])]]]],[assign,_168960,list([0,0.0])],[assign,_168592,list([eternal,_95086{vn = ...},_168960])],[assign,_167554,list(['Event',_167882,_168592])]],_167560,[[assign,_167888,list([_95764{vn = ...},_168010])],[assign,_168966,list([0,0.0])],[assign,_168598,list([eternal,_95086{vn = ...},_168966])],[assign,_167560,list(['Event',_167888,_168598])]],[[transpiler_apply,mc__1_1_,_95530{vn = ...},[_95530{vn = ...},_95308{vn = ...}],_168010,[_95308{vn = ...}],[_95308{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_164342,[fcall('If',[3]),[_164526,_169942,_170048]]],[native(as_p1_exec),_164342,_170500]] mc__1_2_RevisionAndChoice(['Event', [Term1, [_f1, _c1]], [eternal, _ev1, EPrio1]], ['Event', [Term2, [_f2, _c2]], [eternal, _ev2, EPrio2]], A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term1, [Term1, F], G, [F], [H], [x(doeval, eager, [])], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), H=['Truth_Revision', I, J])]), K=[0, 0.0], L=[eternal, ConclusionStamp, K], E=['Event', G, L]), M, (N=[Term1, F], O=[0, 0.0], P=[eternal, ConclusionStamp, O], M=['Event', N, P]), (transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))), Q=ispeEnNC(R, (mc__1_3_If(S, T, U, V), as_p1_exec(V, R)), W, (X=['If', S, T, U], as_p1_expr(X, W)), ('mc__1_2_>'(_c1, _c2, S), T=ispeEnNC(Y, (transpiler_apply(mc__1_1_, Term1, [Term1, Z], A1, [Z], [B1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])], [B1=[_f1, _c1]]), C1=[0, 0.0], D1=[eternal, _ev1, C1], Y=['Event', A1, D1]), E1, (F1=[Term1, Z], G1=[0, 0.0], H1=[eternal, _ev1, G1], E1=['Event', F1, H1]), transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])), U=ispeEnNC(I1, (transpiler_apply(mc__1_1_, Term2, [Term2, J1], K1, [J1], [L1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])], [L1=[_f2, _c2]]), M1=[0, 0.0], N1=[eternal, _ev2, M1], I1=['Event', K1, N1]), O1, (P1=[Term2, J1], Q1=[0, 0.0], R1=[eternal, _ev2, Q1], O1=['Event', P1, R1]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])))), mc__1_3_If(C, D, Q, S1), as_p1_exec(S1, A). 1 _23228 [[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_23684,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_23684],_23556,[_23684],[_23690],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_23684,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_23690,list([_7754{vn = ...},_7774{vn = ...}])]]]],[assign,_24634,list([0,0.0])],[assign,_24266,list([eternal,_7806{vn = ...},_24634])],[assign,_23228,list(['Event',_23556,_24266])]] 1 _25600 [[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_26056,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7864{vn = ...},[_7864{vn = ...},_26056],_25928,[_26056],[_26062],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_26056,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_26062,list([_7890{vn = ...},_7910{vn = ...}])]]]],[assign,_27006,list([0,0.0])],[assign,_26638,list([eternal,_7942{vn = ...},_27006])],[assign,_25600,list(['Event',_25928,_26638])]] 1 _19456 [[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_20070,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_20440,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_19912,[fcall('Truth_Revision',[2]),[_20070,_20440]]],[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_19912],_19784,[_19912],[_19918],[x(doeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_20070,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_20440,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_19912,[fcall('Truth_Revision',[2]),[_20070,_20440]]]]],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_20070,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_20440,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_19918,list(['Truth_Revision',_20070,_20440])]]]],[assign,_21614,list([0,0.0])],[assign,_21238,list([eternal,_7994{vn = ...},_21614])],[assign,_19456,list(['Event',_19784,_21238])]] 1 _28546 [[assign,_22812,[fcall(>,[2]),[_7774{vn = ...},_7910{vn = ...}]]],[assign,_27988,[ispeEnNC,_23228,[[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_23684],_23556,[_23684],[_23690],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_23684,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_23690,list([_7754{vn = ...},_7774{vn = ...}])]]]],[assign,_24634,list([0,0.0])],[assign,_24266,list([eternal,_7806{vn = ...},_24634])],[assign,_23228,list(['Event',_23556,_24266])]],_23234,[[assign,_23562,list([_7728{vn = ...},_23684])],[assign,_24640,list([0,0.0])],[assign,_24272,list([eternal,_7806{vn = ...},_24640])],[assign,_23234,list(['Event',_23562,_24272])]],[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_23684,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_28094,[ispeEnNC,_25600,[[transpiler_apply,mc__1_1_,_7864{vn = ...},[_7864{vn = ...},_26056],_25928,[_26056],[_26062],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_26056,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_26062,list([_7890{vn = ...},_7910{vn = ...}])]]]],[assign,_27006,list([0,0.0])],[assign,_26638,list([eternal,_7942{vn = ...},_27006])],[assign,_25600,list(['Event',_25928,_26638])]],_25606,[[assign,_25934,list([_7864{vn = ...},_26056])],[assign,_27012,list([0,0.0])],[assign,_26644,list([eternal,_7942{vn = ...},_27012])],[assign,_25606,list(['Event',_25934,_26644])]],[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_26056,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_22628,[fcall('If',[3]),[_22812,_27988,_28094]]],[native(as_p1_exec),_22628,_28546]] mc__1_2_RevisionAndChoice(['Event', [Term1, [_f1, _c1]], [eternal, _ev1, EPrio1]], ['Event', [Term2, [_f2, _c2]], [eternal, _ev2, EPrio2]], A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term1, [Term1, F], G, [F], [H], [x(doeval, eager, [])], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), H=['Truth_Revision', I, J])]), K=[0, 0.0], L=[eternal, ConclusionStamp, K], E=['Event', G, L]), M, (N=[Term1, F], O=[0, 0.0], P=[eternal, ConclusionStamp, O], M=['Event', N, P]), (transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))), Q=ispeEnNC(R, (mc__1_3_If(S, T, U, V), as_p1_exec(V, R)), W, (X=['If', S, T, U], as_p1_expr(X, W)), ('mc__1_2_>'(_c1, _c2, S), T=ispeEnNC(Y, (transpiler_apply(mc__1_1_, Term1, [Term1, Z], A1, [Z], [B1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])], [B1=[_f1, _c1]]), C1=[0, 0.0], D1=[eternal, _ev1, C1], Y=['Event', A1, D1]), E1, (F1=[Term1, Z], G1=[0, 0.0], H1=[eternal, _ev1, G1], E1=['Event', F1, H1]), transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])), U=ispeEnNC(I1, (transpiler_apply(mc__1_1_, Term2, [Term2, J1], K1, [J1], [L1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])], [L1=[_f2, _c2]]), M1=[0, 0.0], N1=[eternal, _ev2, M1], I1=['Event', K1, N1]), O1, (P1=[Term2, J1], Q1=[0, 0.0], R1=[eternal, _ev2, Q1], O1=['Event', P1, R1]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])))), mc__1_3_If(C, D, Q, S1), as_p1_exec(S1, A). 1 _179268 [[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_179724,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_179724],_179596,[_179724],[_179730],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_179724,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_179730,list([_7754{vn = ...},_7774{vn = ...}])]]]],[assign,_180674,list([0,0.0])],[assign,_180306,list([eternal,_7806{vn = ...},_180674])],[assign,_179268,list(['Event',_179596,_180306])]] 1 _181640 [[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_182096,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7864{vn = ...},[_7864{vn = ...},_182096],_181968,[_182096],[_182102],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_182096,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_182102,list([_7890{vn = ...},_7910{vn = ...}])]]]],[assign,_183046,list([0,0.0])],[assign,_182678,list([eternal,_7942{vn = ...},_183046])],[assign,_181640,list(['Event',_181968,_182678])]] 1 _175496 [[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_176110,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_176480,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_175952,[fcall('Truth_Revision',[2]),[_176110,_176480]]],[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_175952],_175824,[_175952],[_175958],[x(doeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_176110,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_176480,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_175952,[fcall('Truth_Revision',[2]),[_176110,_176480]]]]],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_176110,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_176480,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_175958,list(['Truth_Revision',_176110,_176480])]]]],[assign,_177654,list([0,0.0])],[assign,_177278,list([eternal,_7994{vn = ...},_177654])],[assign,_175496,list(['Event',_175824,_177278])]] 1 _184586 [[assign,_178852,[fcall(>,[2]),[_7774{vn = ...},_7910{vn = ...}]]],[assign,_184028,[ispeEnNC,_179268,[[transpiler_apply,mc__1_1_,_7728{vn = ...},[_7728{vn = ...},_179724],_179596,[_179724],[_179730],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_179724,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_179730,list([_7754{vn = ...},_7774{vn = ...}])]]]],[assign,_180674,list([0,0.0])],[assign,_180306,list([eternal,_7806{vn = ...},_180674])],[assign,_179268,list(['Event',_179596,_180306])]],_179274,[[assign,_179602,list([_7728{vn = ...},_179724])],[assign,_180680,list([0,0.0])],[assign,_180312,list([eternal,_7806{vn = ...},_180680])],[assign,_179274,list(['Event',_179602,_180312])]],[[transpiler_apply,mc__1_1_,_7754{vn = ...},[_7754{vn = ...},_7774{vn = ...}],_179724,[_7774{vn = ...}],[_7774{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_184134,[ispeEnNC,_181640,[[transpiler_apply,mc__1_1_,_7864{vn = ...},[_7864{vn = ...},_182096],_181968,[_182096],[_182102],[x(noeval,eager,[])],[[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_182096,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[[assign,_182102,list([_7890{vn = ...},_7910{vn = ...}])]]]],[assign,_183046,list([0,0.0])],[assign,_182678,list([eternal,_7942{vn = ...},_183046])],[assign,_181640,list(['Event',_181968,_182678])]],_181646,[[assign,_181974,list([_7864{vn = ...},_182096])],[assign,_183052,list([0,0.0])],[assign,_182684,list([eternal,_7942{vn = ...},_183052])],[assign,_181646,list(['Event',_181974,_182684])]],[[transpiler_apply,mc__1_1_,_7890{vn = ...},[_7890{vn = ...},_7910{vn = ...}],_182096,[_7910{vn = ...}],[_7910{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]]],[assign,_178668,[fcall('If',[3]),[_178852,_184028,_184134]]],[native(as_p1_exec),_178668,_184586]] mc__1_2_RevisionAndChoice(['Event', [Term1, [_f1, _c1]], [eternal, _ev1, EPrio1]], ['Event', [Term2, [_f2, _c2]], [eternal, _ev2, EPrio2]], A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term1, [Term1, F], G, [F], [H], [x(doeval, eager, [])], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))], [(transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), H=['Truth_Revision', I, J])]), K=[0, 0.0], L=[eternal, ConclusionStamp, K], E=['Event', G, L]), M, (N=[Term1, F], O=[0, 0.0], P=[eternal, ConclusionStamp, O], M=['Event', N, P]), (transpiler_apply(mc__1_1_, _f1, [_f1, _c1], I, [_c1], [_c1], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J, [_c2], [_c2], [x(noeval, eager, [])], [true], [true]), mc__1_2_Truth_Revision(I, J, F))), Q=ispeEnNC(R, (mc__1_3_If(S, T, U, V), as_p1_exec(V, R)), W, (X=['If', S, T, U], as_p1_expr(X, W)), ('mc__1_2_>'(_c1, _c2, S), T=ispeEnNC(Y, (transpiler_apply(mc__1_1_, Term1, [Term1, Z], A1, [Z], [B1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])], [B1=[_f1, _c1]]), C1=[0, 0.0], D1=[eternal, _ev1, C1], Y=['Event', A1, D1]), E1, (F1=[Term1, Z], G1=[0, 0.0], H1=[eternal, _ev1, G1], E1=['Event', F1, H1]), transpiler_apply(mc__1_1_, _f1, [_f1, _c1], Z, [_c1], [_c1], [x(noeval, eager, [])], [true], [true])), U=ispeEnNC(I1, (transpiler_apply(mc__1_1_, Term2, [Term2, J1], K1, [J1], [L1], [x(noeval, eager, [])], [transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])], [L1=[_f2, _c2]]), M1=[0, 0.0], N1=[eternal, _ev2, M1], I1=['Event', K1, N1]), O1, (P1=[Term2, J1], Q1=[0, 0.0], R1=[eternal, _ev2, Q1], O1=['Event', P1, R1]), transpiler_apply(mc__1_1_, _f2, [_f2, _c2], J1, [_c2], [_c2], [x(noeval, eager, [])], [true], [true])))), mc__1_3_If(C, D, Q, S1), as_p1_exec(S1, A). mc__1_2_ProcessBeliefEvent(B, C, A) :- B=['add-atom', space_3, B], C=['UpdateConcept', B, C], D=[B, C], mc__1_1_sequential(D, A). mc__1_2_ProcessBeliefEvent(D, E, A) :- B=['add-atom', space_3, D], C=['UpdateConcept', D, E], D=[B, C], mc__1_1_sequential(D, A). mc__1_2_ProcessBeliefEvent(F, G, A) :- B=['add-atom', space_3, F], C=['UpdateConcept', F, G], D=[B, C], mc__1_1_sequential(D, A). 1 _58628 [[assign,_56730,[fcall(==,[2]),[_4802{vn = ...},_4886{vn = ...}]]],[assign,_58334,[ispuU,_57374,[[assign,_57374,list(['Concept',_4802{vn = ...},_4788{vn = ...},_4774{vn = ...},_4760{vn = ...}])]]]],[assign,_56326,[fcall('If',[2]),[_56730,_58334]]],[native(as_p1_exec),_56326,_58628]] 1 _75062 [[assign,_73404,[fcall(==,[2]),[_4690{vn = ...},_4886{vn = ...}]]],[assign,_74768,[ispuU,_73808,[[assign,_73808,list(['Concept',_4690{vn = ...},_4676{vn = ...},_4662{vn = ...},_4648{vn = ...}])]]]],[assign,_73240,[fcall('If',[2]),[_73404,_74768]]],[native(as_p1_exec),_73240,_75062]] mc__1_2_UpdateConcept(NewEvent, _t, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=NewEvent, B=['Eternalize', NewEvent], NewEventEternalized=B, ( C=['Concept', TermX, Belief, BeliefEvent, CPrio], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(TermX, Term, F), G=ispuU(K, K=['Concept', TermX, Belief, BeliefEvent, CPrio]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', TermX, Belief, BeliefEvent, CPrio], ( M=N *-> O=['Concept', TermX, Belief, BeliefEvent, CPrio], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(Belief, NewEventEternalized, Q), ['Event', RevSentence, Metadata]=Q, R=[@, RevSentence], S=['trace!', R, RevSentence], T=['Event', S, Metadata], RevisedBelief=T, mc__1_2_EventPriorityNow(EPrio, _t, U), mc__1_2_ConceptPriorityNow(CPrio, _t, V), 'mc__1_2_>'(U, V, W), X=ispu(EPrio), Y=ispu(CPrio), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), MaxPrio=A1, B1=['Concept', Term, RevisedBelief, NewEvent, MaxPrio], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(TermX2, Term, I1), J1=ispuU(N1, N1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], ( P1=Q1 *-> R1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], S1=['remove-atom', space_1, R1], T1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], U1=['add-atom', space_2, T1], V1=['UpdateConcept', NewEvent, _t], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', Term, NewEventEternalized, NewEvent, EPrio], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _136182 [[assign,_134524,[fcall(==,[2]),[_7022{vn = ...},_6824{vn = ...}]]],[assign,_135888,[ispuU,_134928,[[assign,_134928,list(['Concept',_7022{vn = ...},_7042{vn = ...},_7062{vn = ...},_7082{vn = ...}])]]]],[assign,_134360,[fcall('If',[2]),[_134524,_135888]]],[native(as_p1_exec),_134360,_136182]] 1 _149728 [[assign,_148070,[fcall(==,[2]),[_7692{vn = ...},_6824{vn = ...}]]],[assign,_149434,[ispuU,_148474,[[assign,_148474,list(['Concept',_7692{vn = ...},_7712{vn = ...},_7732{vn = ...},_7752{vn = ...}])]]]],[assign,_147906,[fcall('If',[2]),[_148070,_149434]]],[native(as_p1_exec),_147906,_149728]] mc__1_2_UpdateConcept(NewEvent, _t, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=NewEvent, B=['Eternalize', NewEvent], NewEventEternalized=B, ( C=['Concept', TermX, Belief, BeliefEvent, CPrio], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(TermX, Term, F), G=ispuU(K, K=['Concept', TermX, Belief, BeliefEvent, CPrio]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', TermX, Belief, BeliefEvent, CPrio], ( M=N *-> O=['Concept', TermX, Belief, BeliefEvent, CPrio], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(Belief, NewEventEternalized, Q), ['Event', RevSentence, Metadata]=Q, R=[@, RevSentence], S=['trace!', R, RevSentence], T=['Event', S, Metadata], RevisedBelief=T, mc__1_2_EventPriorityNow(EPrio, _t, U), mc__1_2_ConceptPriorityNow(CPrio, _t, V), 'mc__1_2_>'(U, V, W), X=ispu(EPrio), Y=ispu(CPrio), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), MaxPrio=A1, B1=['Concept', Term, RevisedBelief, NewEvent, MaxPrio], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(TermX2, Term, I1), J1=ispuU(N1, N1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], ( P1=Q1 *-> R1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], S1=['remove-atom', space_1, R1], T1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], U1=['add-atom', space_2, T1], V1=['UpdateConcept', NewEvent, _t], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', Term, NewEventEternalized, NewEvent, EPrio], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _197054 [[assign,_195396,[fcall(==,[2]),[_6762{vn = ...},_6564{vn = ...}]]],[assign,_196760,[ispuU,_195800,[[assign,_195800,list(['Concept',_6762{vn = ...},_6782{vn = ...},_6802{vn = ...},_6822{vn = ...}])]]]],[assign,_195232,[fcall('If',[2]),[_195396,_196760]]],[native(as_p1_exec),_195232,_197054]] 1 _210600 [[assign,_208942,[fcall(==,[2]),[_7432{vn = ...},_6564{vn = ...}]]],[assign,_210306,[ispuU,_209346,[[assign,_209346,list(['Concept',_7432{vn = ...},_7452{vn = ...},_7472{vn = ...},_7492{vn = ...}])]]]],[assign,_208778,[fcall('If',[2]),[_208942,_210306]]],[native(as_p1_exec),_208778,_210600]] mc__1_2_UpdateConcept(NewEvent, _t, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=NewEvent, B=['Eternalize', NewEvent], NewEventEternalized=B, ( C=['Concept', TermX, Belief, BeliefEvent, CPrio], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(TermX, Term, F), G=ispuU(K, K=['Concept', TermX, Belief, BeliefEvent, CPrio]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', TermX, Belief, BeliefEvent, CPrio], ( M=N *-> O=['Concept', TermX, Belief, BeliefEvent, CPrio], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(Belief, NewEventEternalized, Q), ['Event', RevSentence, Metadata]=Q, R=[@, RevSentence], S=['trace!', R, RevSentence], T=['Event', S, Metadata], RevisedBelief=T, mc__1_2_EventPriorityNow(EPrio, _t, U), mc__1_2_ConceptPriorityNow(CPrio, _t, V), 'mc__1_2_>'(U, V, W), X=ispu(EPrio), Y=ispu(CPrio), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), MaxPrio=A1, B1=['Concept', Term, RevisedBelief, NewEvent, MaxPrio], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(TermX2, Term, I1), J1=ispuU(N1, N1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], ( P1=Q1 *-> R1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], S1=['remove-atom', space_1, R1], T1=['Concept', TermX2, Belief2, BeliefEvent2, CPrio2], U1=['add-atom', space_2, T1], V1=['UpdateConcept', NewEvent, _t], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', Term, NewEventEternalized, NewEvent, EPrio], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _149554 [[assign,_150292,list(['remove-atom',space_2,_74316{vn = ...}])],[assign,_150952,list(['add-atom',space_1,_74316{vn = ...}])],[assign,_149704,list([_150292,_150952])],[assign,_149554,[fcall(sequential,[1]),[_149704]]]] 1 _153612 [[assign,_154002,list(['get-atoms',space_2])],[assign,_153612,[fcall('CountElement',[1]),[_154002]]]] 1 _155706 [[assign,_155916,[fcall(+,[2]),[_75324{vn = ...},_75066{vn = ...}]]],[assign,_155706,[fcall('BoundAttention',[4]),[_155916,_75066{vn = ...},_74808{vn = ...},_74532{vn = ...}]]]] mc__1_4_BoundAttention(Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(space_2, B), C=B, ['Concept', Term, ['Event', Sentence, Metadata], BeliefEvent, CPrio]=C, mc__1_2_ConceptPriorityNow(CPrio, _t, C), CPN=C, 'mc__1_2_<'(CPN, Threshold, D), E=ispeEnNC(F, mc__1_1_sequential(G, F), H, H=[sequential, G], (I=['remove-atom', space_2, C], J=['add-atom', space_1, C], G=[I, J])), K=['If', D, E], as_p1_expr(K, L), M=[do, L], N=ispeEnNC(O, mc__1_1_CountElement(P, O), Q, Q=['CountElement', P], P=['get-atoms', space_2]), mc__1_1_collapse(N, R), mc__1_1_TupleCount(R, S), CurrentAmount=S, 'mc__1_2_>'(CurrentAmount, TargetAmount, T), U=ispeEnNC(V, mc__1_4_BoundAttention(W, Increment, TargetAmount, _t, V), X, X=['BoundAttention', W, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, W)), Y=['If', T, U], as_p1_expr(Y, Z), A1=[M, Z], mc__1_1_sequential(A1, A). 1 _253516 [[assign,_254006,list(['remove-atom',space_2,_183196{vn = ...}])],[assign,_254426,list(['add-atom',space_1,_183196{vn = ...}])],[assign,_253666,list([_254006,_254426])],[assign,_253516,[fcall(sequential,[1]),[_253666]]]] 1 _256366 [[assign,_256516,list(['get-atoms',space_2])],[assign,_256366,[fcall('CountElement',[1]),[_256516]]]] 1 _257980 [[assign,_258190,[fcall(+,[2]),[_183062{vn = ...},_183082{vn = ...}]]],[assign,_257980,[fcall('BoundAttention',[4]),[_258190,_183082{vn = ...},_183102{vn = ...},_183122{vn = ...}]]]] mc__1_4_BoundAttention(Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(space_2, B), C=B, ['Concept', Term, ['Event', Sentence, Metadata], BeliefEvent, CPrio]=C, mc__1_2_ConceptPriorityNow(CPrio, _t, C), CPN=C, 'mc__1_2_<'(CPN, Threshold, D), E=ispeEnNC(F, mc__1_1_sequential(G, F), H, H=[sequential, G], (I=['remove-atom', space_2, C], J=['add-atom', space_1, C], G=[I, J])), K=['If', D, E], as_p1_expr(K, L), M=[do, L], N=ispeEnNC(O, mc__1_1_CountElement(P, O), Q, Q=['CountElement', P], P=['get-atoms', space_2]), mc__1_1_collapse(N, R), mc__1_1_TupleCount(R, S), CurrentAmount=S, 'mc__1_2_>'(CurrentAmount, TargetAmount, T), U=ispeEnNC(V, mc__1_4_BoundAttention(W, Increment, TargetAmount, _t, V), X, X=['BoundAttention', W, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, W)), Y=['If', T, U], as_p1_expr(Y, Z), A1=[M, Z], mc__1_1_sequential(A1, A). 1 _127822 [[assign,_128312,list(['remove-atom',space_2,_9000{vn = ...}])],[assign,_128732,list(['add-atom',space_1,_9000{vn = ...}])],[assign,_127972,list([_128312,_128732])],[assign,_127822,[fcall(sequential,[1]),[_127972]]]] 1 _130672 [[assign,_130822,list(['get-atoms',space_2])],[assign,_130672,[fcall('CountElement',[1]),[_130822]]]] 1 _132286 [[assign,_132496,[fcall(+,[2]),[_8866{vn = ...},_8886{vn = ...}]]],[assign,_132286,[fcall('BoundAttention',[4]),[_132496,_8886{vn = ...},_8906{vn = ...},_8926{vn = ...}]]]] mc__1_4_BoundAttention(Threshold, Increment, TargetAmount, _t, A) :- 'mc__1_1_get-atoms'(space_2, B), C=B, ['Concept', Term, ['Event', Sentence, Metadata], BeliefEvent, CPrio]=C, mc__1_2_ConceptPriorityNow(CPrio, _t, C), CPN=C, 'mc__1_2_<'(CPN, Threshold, D), E=ispeEnNC(F, mc__1_1_sequential(G, F), H, H=[sequential, G], (I=['remove-atom', space_2, C], J=['add-atom', space_1, C], G=[I, J])), K=['If', D, E], as_p1_expr(K, L), M=[do, L], N=ispeEnNC(O, mc__1_1_CountElement(P, O), Q, Q=['CountElement', P], P=['get-atoms', space_2]), mc__1_1_collapse(N, R), mc__1_1_TupleCount(R, S), CurrentAmount=S, 'mc__1_2_>'(CurrentAmount, TargetAmount, T), U=ispeEnNC(V, mc__1_4_BoundAttention(W, Increment, TargetAmount, _t, V), X, X=['BoundAttention', W, Increment, TargetAmount, _t], 'mc__1_2_+'(Threshold, Increment, W)), Y=['If', T, U], as_p1_expr(Y, Z), A1=[M, Z], mc__1_1_sequential(A1, A). 1 _221302 [[assign,_220338,[fcall(==,[2]),[_187790{vn = ...},_187562{vn = ...}]]],[assign,_221038,[ispu,_187328{vn = ...}]],[assign,_219934,[fcall('If',[2]),[_220338,_221038]]],[native(as_p1_exec),_219934,_221302]] mc__1_1_EternalQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(Term, TermX, G), H=ispu(Belief))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[eternal, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). 1 _19082 [[assign,_18358,[fcall(==,[2]),[_7636{vn = ...},_7698{vn = ...}]]],[assign,_18818,[ispu,_7718{vn = ...}]],[assign,_18194,[fcall('If',[2]),[_18358,_18818]]],[native(as_p1_exec),_18194,_19082]] mc__1_1_EternalQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(Term, TermX, G), H=ispu(Belief))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[eternal, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). 1 _83120 [[assign,_82396,[fcall(==,[2]),[_7636{vn = ...},_7698{vn = ...}]]],[assign,_82856,[ispu,_7718{vn = ...}]],[assign,_82232,[fcall('If',[2]),[_82396,_82856]]],[native(as_p1_exec),_82232,_83120]] mc__1_1_EternalQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(Term, TermX, G), H=ispu(Belief))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[eternal, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). 1 _164710 [[assign,_163746,[fcall(==,[2]),[_125286{vn = ...},_124614{vn = ...}]]],[assign,_164446,[ispu,_124380{vn = ...}]],[assign,_163342,[fcall('If',[2]),[_163746,_164446]]],[native(as_p1_exec),_163342,_164710]] mc__1_1_HowAchieveQuestion(Cons, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[^, Op], E=[[Prec, &/, D], =/>, ConsX], F=['Concept', E, Belief, BeliefEvent, CPrio], G=ispeEnNC(H, (mc__1_2_If(I, J, K), as_p1_exec(K, H)), L, (M=['If', I, J], as_p1_expr(M, L)), ('mc__1_2_=='(Cons, ConsX, I), J=ispu(Belief))), mc__1_3_match(C, F, G, N) *-> O=N ; O='Empty' ), ( O=Ev *-> A=Ev ; ( O='%void%' *-> P=[0.5, 0.0], Q=['None', P], R=[eternal, [], 0.0], S=['Event', Q, R], T=S ; U='Empty', T=U ), A=T ). 1 _220904 [[assign,_220180,[fcall(==,[2]),[_184778{vn = ...},_184916{vn = ...}]]],[assign,_220640,[ispu,_184936{vn = ...}]],[assign,_220016,[fcall('If',[2]),[_220180,_220640]]],[native(as_p1_exec),_220016,_220904]] mc__1_1_HowAchieveQuestion(Cons, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[^, Op], E=[[Prec, &/, D], =/>, ConsX], F=['Concept', E, Belief, BeliefEvent, CPrio], G=ispeEnNC(H, (mc__1_2_If(I, J, K), as_p1_exec(K, H)), L, (M=['If', I, J], as_p1_expr(M, L)), ('mc__1_2_=='(Cons, ConsX, I), J=ispu(Belief))), mc__1_3_match(C, F, G, N) *-> O=N ; O='Empty' ), ( O=Ev *-> A=Ev ; ( O='%void%' *-> P=[0.5, 0.0], Q=['None', P], R=[eternal, [], 0.0], S=['Event', Q, R], T=S ; U='Empty', T=U ), A=T ). 1 _46996 [[assign,_46272,[fcall(==,[2]),[_6498{vn = ...},_6636{vn = ...}]]],[assign,_46732,[ispu,_6656{vn = ...}]],[assign,_46108,[fcall('If',[2]),[_46272,_46732]]],[native(as_p1_exec),_46108,_46996]] mc__1_1_HowAchieveQuestion(Cons, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[^, Op], E=[[Prec, &/, D], =/>, ConsX], F=['Concept', E, Belief, BeliefEvent, CPrio], G=ispeEnNC(H, (mc__1_2_If(I, J, K), as_p1_exec(K, H)), L, (M=['If', I, J], as_p1_expr(M, L)), ('mc__1_2_=='(Cons, ConsX, I), J=ispu(Belief))), mc__1_3_match(C, F, G, N) *-> O=N ; O='Empty' ), ( O=Ev *-> A=Ev ; ( O='%void%' *-> P=[0.5, 0.0], Q=['None', P], R=[eternal, [], 0.0], S=['Event', Q, R], T=S ; U='Empty', T=U ), A=T ). 1 _126790 [[assign,_125826,[fcall(==,[2]),[_91880{vn = ...},_91652{vn = ...}]]],[assign,_126526,[ispu,_91190{vn = ...}]],[assign,_125422,[fcall('If',[2]),[_125826,_126526]]],[native(as_p1_exec),_125422,_126790]] mc__1_1_WhatWillHappenQuestion(Prec, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[PrecX, =/>, Cons], E=['Concept', D, Belief, BeliefEvent, CPrio], F=ispeEnNC(G, (mc__1_2_If(H, I, J), as_p1_exec(J, G)), K, (L=['If', H, I], as_p1_expr(L, K)), ('mc__1_2_=='(Prec, PrecX, H), I=ispu(Belief))), mc__1_3_match(C, E, F, M) *-> N=M ; N='Empty' ), ( N=Ev *-> A=Ev ; ( N='%void%' *-> O=[0.5, 0.0], P=['None', O], Q=[eternal, [], 0.0], R=['Event', P, Q], S=R ; T='Empty', S=T ), A=S ). 1 _178032 [[assign,_177308,[fcall(==,[2]),[_146272{vn = ...},_146340{vn = ...}]]],[assign,_177768,[ispu,_146386{vn = ...}]],[assign,_177144,[fcall('If',[2]),[_177308,_177768]]],[native(as_p1_exec),_177144,_178032]] mc__1_1_WhatWillHappenQuestion(Prec, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[PrecX, =/>, Cons], E=['Concept', D, Belief, BeliefEvent, CPrio], F=ispeEnNC(G, (mc__1_2_If(H, I, J), as_p1_exec(J, G)), K, (L=['If', H, I], as_p1_expr(L, K)), ('mc__1_2_=='(Prec, PrecX, H), I=ispu(Belief))), mc__1_3_match(C, E, F, M) *-> N=M ; N='Empty' ), ( N=Ev *-> A=Ev ; ( N='%void%' *-> O=[0.5, 0.0], P=['None', O], Q=[eternal, [], 0.0], R=['Event', P, Q], S=R ; T='Empty', S=T ), A=S ). 1 _244868 [[assign,_244144,[fcall(==,[2]),[_146272{vn = ...},_146340{vn = ...}]]],[assign,_244604,[ispu,_146386{vn = ...}]],[assign,_243980,[fcall('If',[2]),[_244144,_244604]]],[native(as_p1_exec),_243980,_244868]] mc__1_1_WhatWillHappenQuestion(Prec, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=[PrecX, =/>, Cons], E=['Concept', D, Belief, BeliefEvent, CPrio], F=ispeEnNC(G, (mc__1_2_If(H, I, J), as_p1_exec(J, G)), K, (L=['If', H, I], as_p1_expr(L, K)), ('mc__1_2_=='(Prec, PrecX, H), I=ispu(Belief))), mc__1_3_match(C, E, F, M) *-> N=M ; N='Empty' ), ( N=Ev *-> A=Ev ; ( N='%void%' *-> O=[0.5, 0.0], P=['None', O], Q=[eternal, [], 0.0], R=['Event', P, Q], S=R ; T='Empty', S=T ), A=S ). 1 _69278 [[assign,_68314,[fcall(==,[2]),[_36536{vn = ...},_36764{vn = ...}]]],[assign,_69014,[ispu,_36062{vn = ...}]],[assign,_67910,[fcall('If',[2]),[_68314,_69014]]],[native(as_p1_exec),_67910,_69278]] mc__1_1_EventQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(TermX, Term, G), H=ispu(BeliefEvent))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[0, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). 1 _117024 [[assign,_116300,[fcall(==,[2]),[_87730{vn = ...},_87668{vn = ...}]]],[assign,_116760,[ispu,_87770{vn = ...}]],[assign,_116136,[fcall('If',[2]),[_116300,_116760]]],[native(as_p1_exec),_116136,_117024]] mc__1_1_EventQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(TermX, Term, G), H=ispu(BeliefEvent))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[0, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). 1 _179970 [[assign,_179246,[fcall(==,[2]),[_87730{vn = ...},_87668{vn = ...}]]],[assign,_179706,[ispu,_87770{vn = ...}]],[assign,_179082,[fcall('If',[2]),[_179246,_179706]]],[native(as_p1_exec),_179082,_179970]] mc__1_1_EventQuestion(Term, A) :- ( B=[space_2, space_1], mc__1_1_superpose(B, C), D=['Concept', TermX, Belief, BeliefEvent, CPrio], E=ispeEnNC(F, (mc__1_2_If(G, H, I), as_p1_exec(I, F)), J, (K=['If', G, H], as_p1_expr(K, J)), ('mc__1_2_=='(TermX, Term, G), H=ispu(BeliefEvent))), mc__1_3_match(C, D, E, L) *-> M=L ; M='Empty' ), ( M=Ev *-> A=Ev ; ( M='%void%' *-> N=[0.5, 0.0], O=['None', N], P=[0, [], 0.0], Q=['Event', O, P], R=Q ; S='Empty', R=S ), A=R ). mc__1_3_ConclusionPriority(EPrio, CPrio, ConcTV, A) :- 'mc__1_2_*'(EPrio, CPrio, B), mc__1_1_Truth_Expectation(ConcTV, C), 'mc__1_2_*'(B, C, A). mc__1_3_ConclusionPriority(EPrio, CPrio, ConcTV, A) :- 'mc__1_2_*'(EPrio, CPrio, B), mc__1_1_Truth_Expectation(ConcTV, C), 'mc__1_2_*'(B, C, A). mc__1_3_ConclusionPriority(EPrio, CPrio, ConcTV, A) :- 'mc__1_2_*'(EPrio, CPrio, B), mc__1_1_Truth_Expectation(ConcTV, C), 'mc__1_2_*'(B, C, A). 1 _93614 [[assign,_94604,[fcall('|-',[2]),[_38368{vn = ...},_37444{vn = ...}]]],[assign,_95226,[fcall('|-',[2]),[_37444{vn = ...},_38368{vn = ...}]]],[assign,_94016,list([_94604,_95226])],[assign,_93656,[fcall(superpose,[1]),[_94016]]],[assign,[_35776{vn = ...},_35524{vn = ...}],_93656],[transpiler_apply,mc__1_1_,_35776{vn = ...},[_35776{vn = ...},_35524{vn = ...}],_96648,[_35524{vn = ...}],[_35524{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97334,[fcall('ConclusionPriority',[3]),[_97752,_98382,_35524{vn = ...}]]],[transpiler_apply,mc__1_1_,_36286{vn = ...},[_36286{vn = ...},_97334],_97206,[_97334],[_97340],[x(doeval,eager,[])],[[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97334,[fcall('ConclusionPriority',[3]),[_97752,_98382,_35524{vn = ...}]]]]],[[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97340,list(['ConclusionPriority',_97752,_98382,_35524{vn = ...}])]]]],[transpiler_apply,mc__1_2_,_38152{vn = ...},[_38152{vn = ...},_36070{vn = ...},_97206],_97018,[_36070{vn = ...},_97206],[_36070{vn = ...},_97212],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97334,[fcall('ConclusionPriority',[3]),[_97752,_98382,_35524{vn = ...}]]],[transpiler_apply,mc__1_1_,_36286{vn = ...},[_36286{vn = ...},_97334],_97206,[_97334],[_97340],[x(doeval,eager,[])],[[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97334,[fcall('ConclusionPriority',[3]),[_97752,_98382,_35524{vn = ...}]]]]],[[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97340,list(['ConclusionPriority',_97752,_98382,_35524{vn = ...}])]]]]]],[[],[[assign,_97752,[fcall('EventPriorityNow',[2]),[_37684{vn = ...},_36286{vn = ...}]]],[assign,_98382,[fcall('ConceptPriorityNow',[2]),[_36520{vn = ...},_36286{vn = ...}]]],[assign,_97334,[fcall('ConclusionPriority',[3]),[_97752,_98382,_35524{vn = ...}]]],[assign,_97212,list([_36286{vn = ...},_97334])]]]],[assign,_93614,list(['Event',_96648,_97018])]] mc__1_4_Conclude(['Event', S1, [_time1, _ev1, _prio1]], ['Event', S2, [_time2, _ev2, _prio2]], CPrio, _t, A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, ConcTerm, [ConcTerm, ConcTV], F, [ConcTV], [ConcTV], [x(noeval, eager, [])], [true], [true]), mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), transpiler_apply(mc__1_2_, _time1, [_time1, ConclusionStamp, J], L, [ConclusionStamp, J], [ConclusionStamp, M], [x(noeval, eager, []), x(noeval, eager, [])], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]))], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), M=[_t, I])]), E=['Event', F, L]), N, (O=[ConcTerm, ConcTV], mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), P=[_time1, ConclusionStamp, J], N=['Event', O, P]), ('mc__1_2_|-'(S1, S2, Q), 'mc__1_2_|-'(S2, S1, R), S=[Q, R], mc__1_1_superpose(S, T), [ConcTerm, ConcTV]=T)), mc__1_2_If(C, D, U), as_p1_exec(U, A). 1 _196746 [[assign,_197248,[fcall('|-',[2]),[_143442{vn = ...},_143540{vn = ...}]]],[assign,_197630,[fcall('|-',[2]),[_143540{vn = ...},_143442{vn = ...}]]],[assign,_196908,list([_197248,_197630])],[assign,_196788,[fcall(superpose,[1]),[_196908]]],[assign,[_143776{vn = ...},_143796{vn = ...}],_196788],[transpiler_apply,mc__1_1_,_143776{vn = ...},[_143776{vn = ...},_143796{vn = ...}],_198812,[_143796{vn = ...}],[_143796{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199498,[fcall('ConclusionPriority',[3]),[_199676,_200066,_143796{vn = ...}]]],[transpiler_apply,mc__1_1_,_143646{vn = ...},[_143646{vn = ...},_199498],_199370,[_199498],[_199504],[x(doeval,eager,[])],[[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199498,[fcall('ConclusionPriority',[3]),[_199676,_200066,_143796{vn = ...}]]]]],[[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199504,list(['ConclusionPriority',_199676,_200066,_143796{vn = ...}])]]]],[transpiler_apply,mc__1_2_,_143468{vn = ...},[_143468{vn = ...},_143678{vn = ...},_199370],_199182,[_143678{vn = ...},_199370],[_143678{vn = ...},_199376],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199498,[fcall('ConclusionPriority',[3]),[_199676,_200066,_143796{vn = ...}]]],[transpiler_apply,mc__1_1_,_143646{vn = ...},[_143646{vn = ...},_199498],_199370,[_199498],[_199504],[x(doeval,eager,[])],[[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199498,[fcall('ConclusionPriority',[3]),[_199676,_200066,_143796{vn = ...}]]]]],[[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199504,list(['ConclusionPriority',_199676,_200066,_143796{vn = ...}])]]]]]],[[],[[assign,_199676,[fcall('EventPriorityNow',[2]),[_143508{vn = ...},_143646{vn = ...}]]],[assign,_200066,[fcall('ConceptPriorityNow',[2]),[_143626{vn = ...},_143646{vn = ...}]]],[assign,_199498,[fcall('ConclusionPriority',[3]),[_199676,_200066,_143796{vn = ...}]]],[assign,_199376,list([_143646{vn = ...},_199498])]]]],[assign,_196746,list(['Event',_198812,_199182])]] mc__1_4_Conclude(['Event', S1, [_time1, _ev1, _prio1]], ['Event', S2, [_time2, _ev2, _prio2]], CPrio, _t, A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, ConcTerm, [ConcTerm, ConcTV], F, [ConcTV], [ConcTV], [x(noeval, eager, [])], [true], [true]), mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), transpiler_apply(mc__1_2_, _time1, [_time1, ConclusionStamp, J], L, [ConclusionStamp, J], [ConclusionStamp, M], [x(noeval, eager, []), x(noeval, eager, [])], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]))], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), M=[_t, I])]), E=['Event', F, L]), N, (O=[ConcTerm, ConcTV], mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), P=[_time1, ConclusionStamp, J], N=['Event', O, P]), ('mc__1_2_|-'(S1, S2, Q), 'mc__1_2_|-'(S2, S1, R), S=[Q, R], mc__1_1_superpose(S, T), [ConcTerm, ConcTV]=T)), mc__1_2_If(C, D, U), as_p1_exec(U, A). 1 _95346 [[assign,_95848,[fcall('|-',[2]),[_6728{vn = ...},_6826{vn = ...}]]],[assign,_96230,[fcall('|-',[2]),[_6826{vn = ...},_6728{vn = ...}]]],[assign,_95508,list([_95848,_96230])],[assign,_95388,[fcall(superpose,[1]),[_95508]]],[assign,[_7062{vn = ...},_7082{vn = ...}],_95388],[transpiler_apply,mc__1_1_,_7062{vn = ...},[_7062{vn = ...},_7082{vn = ...}],_97412,[_7082{vn = ...}],[_7082{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98098,[fcall('ConclusionPriority',[3]),[_98276,_98666,_7082{vn = ...}]]],[transpiler_apply,mc__1_1_,_6932{vn = ...},[_6932{vn = ...},_98098],_97970,[_98098],[_98104],[x(doeval,eager,[])],[[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98098,[fcall('ConclusionPriority',[3]),[_98276,_98666,_7082{vn = ...}]]]]],[[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98104,list(['ConclusionPriority',_98276,_98666,_7082{vn = ...}])]]]],[transpiler_apply,mc__1_2_,_6754{vn = ...},[_6754{vn = ...},_6964{vn = ...},_97970],_97782,[_6964{vn = ...},_97970],[_6964{vn = ...},_97976],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98098,[fcall('ConclusionPriority',[3]),[_98276,_98666,_7082{vn = ...}]]],[transpiler_apply,mc__1_1_,_6932{vn = ...},[_6932{vn = ...},_98098],_97970,[_98098],[_98104],[x(doeval,eager,[])],[[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98098,[fcall('ConclusionPriority',[3]),[_98276,_98666,_7082{vn = ...}]]]]],[[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98104,list(['ConclusionPriority',_98276,_98666,_7082{vn = ...}])]]]]]],[[],[[assign,_98276,[fcall('EventPriorityNow',[2]),[_6794{vn = ...},_6932{vn = ...}]]],[assign,_98666,[fcall('ConceptPriorityNow',[2]),[_6912{vn = ...},_6932{vn = ...}]]],[assign,_98098,[fcall('ConclusionPriority',[3]),[_98276,_98666,_7082{vn = ...}]]],[assign,_97976,list([_6932{vn = ...},_98098])]]]],[assign,_95346,list(['Event',_97412,_97782])]] mc__1_4_Conclude(['Event', S1, [_time1, _ev1, _prio1]], ['Event', S2, [_time2, _ev2, _prio2]], CPrio, _t, A) :- mc__1_2_TupleConcat(_ev1, _ev2, B), ConclusionStamp=B, mc__1_2_StampDisjoint(_ev1, _ev2, C), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, ConcTerm, [ConcTerm, ConcTV], F, [ConcTV], [ConcTV], [x(noeval, eager, [])], [true], [true]), mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), transpiler_apply(mc__1_2_, _time1, [_time1, ConclusionStamp, J], L, [ConclusionStamp, J], [ConclusionStamp, M], [x(noeval, eager, []), x(noeval, eager, [])], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]))], [true, (mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), M=[_t, I])]), E=['Event', F, L]), N, (O=[ConcTerm, ConcTV], mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I), transpiler_apply(mc__1_1_, _t, [_t, I], J, [I], [K], [x(doeval, eager, [])], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), mc__1_3_ConclusionPriority(G, H, ConcTV, I))], [(mc__1_2_EventPriorityNow(_prio1, _t, G), mc__1_2_ConceptPriorityNow(CPrio, _t, H), K=['ConclusionPriority', G, H, ConcTV])]), P=[_time1, ConclusionStamp, J], N=['Event', O, P]), ('mc__1_2_|-'(S1, S2, Q), 'mc__1_2_|-'(S2, S1, R), S=[Q, R], mc__1_1_superpose(S, T), [ConcTerm, ConcTV]=T)), mc__1_2_If(C, D, U), as_p1_exec(U, A). 1 _44088 [[transpiler_apply,mc__1_2_,_6266{vn = ...},[_6266{vn = ...},_6252{vn = ...},_6238{vn = ...}],_45052,[_6252{vn = ...},_6238{vn = ...}],[_6252{vn = ...},_6238{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_44676,list(['Event',_6280{vn = ...},_45052])],[assign,_44088,list([_44676,_6168{vn = ...}])]] 1 _46086 [[transpiler_apply,mc__1_2_,_6210{vn = ...},[_6210{vn = ...},_6196{vn = ...},_6182{vn = ...}],_46802,[_6196{vn = ...},_6182{vn = ...}],[_6196{vn = ...},_6182{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_46426,list(['Event',_6224{vn = ...},_46802])],[assign,_46086,list([_46426,_6308{vn = ...}])]] 1 _48318 [[prolog_if,[[assign,_39244,[fcall(==,[2]),[_6378{vn = ...},eternal]]],[assign,_38872,[fcall(not,[1]),[_39244]]],[native(is_True),_38872]],[[assign,_40842,[fcall(-,[2]),[_6378{vn = ...},_6210{vn = ...}]]],[assign,_40464,[fcall(abs,[1]),[_40842]]],[assign,_40066,[fcall(>,[2]),[_40464,20]]],[assign,_38830,_40066]],[[assign,_38830,'False']]],[assign,_47852,[ispeEnN,_44088,[[transpiler_apply,mc__1_2_,_6266{vn = ...},[_6266{vn = ...},_6252{vn = ...},_6238{vn = ...}],_45052,[_6252{vn = ...},_6238{vn = ...}],[_6252{vn = ...},_6238{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_44676,list(['Event',_6280{vn = ...},_45052])],[assign,_44088,list([_44676,_6168{vn = ...}])]],_44094,[[assign,_45058,list([_6266{vn = ...},_6252{vn = ...},_6238{vn = ...}])],[assign,_44682,list(['Event',_6280{vn = ...},_45058])],[assign,_44094,list([_44682,_6168{vn = ...}])]]]],[assign,_47946,[ispeEnN,_46086,[[transpiler_apply,mc__1_2_,_6210{vn = ...},[_6210{vn = ...},_6196{vn = ...},_6182{vn = ...}],_46802,[_6196{vn = ...},_6182{vn = ...}],[_6196{vn = ...},_6182{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_46426,list(['Event',_6224{vn = ...},_46802])],[assign,_46086,list([_46426,_6308{vn = ...}])]],_46092,[[assign,_46808,list([_6210{vn = ...},_6196{vn = ...},_6182{vn = ...}])],[assign,_46432,list(['Event',_6224{vn = ...},_46808])],[assign,_46092,list([_46432,_6308{vn = ...}])]]]],[assign,_38424,[fcall('If',[3]),[_38830,_47852,_47946]]],[native(as_p1_exec),_38424,_48318]] mc__1_2_ReasonWithTask(['Event', S1, [_time1, _ev1, _prio1]], _t, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], D, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', SE2, D], transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], F, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', S2, F], H=['Concept', Term, E, G, CPrio], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(_time1, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(_time1, _time2, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], W, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', SE2, W], V=[X, Cprio]), Y, (Z=[TimeE2, EvE2, PrioE2], A1=['Event', SE2, Z], Y=[A1, Cprio])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], C1, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', S2, C1], B1=[D1, CPrio]), E1, (F1=[_time2, _ev2, _prio2], G1=['Event', S2, F1], E1=[G1, CPrio])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [Belief, CPrio]=K1, ( transpiler_apply(mc__1_2_, _time1, [_time1, _ev1, _prio1], L1, [_ev1, _prio1], [_ev1, _prio1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', S1, L1], N1=['TemporallyAlignedBelief', _time1, Belief], mc__1_4_Conclude(M1, N1, CPrio, _t, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', _1, _2], ( P1=Q1 *-> R1=[.:, _1], S1=['trace!', R1, _1], T1=['Event', S1, _2], mc__1_2_ProcessBeliefEvent(T1, _t, U1), A=U1 ; V1='Empty', A=V1 ). 1 _188210 [[transpiler_apply,mc__1_2_,_93030{vn = ...},[_93030{vn = ...},_93050{vn = ...},_93070{vn = ...}],_188926,[_93050{vn = ...},_93070{vn = ...}],[_93050{vn = ...},_93070{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_188550,list(['Event',_93004{vn = ...},_188926])],[assign,_188210,list([_188550,_93344{vn = ...}])]] 1 _189960 [[transpiler_apply,mc__1_2_,_93128{vn = ...},[_93128{vn = ...},_93148{vn = ...},_93168{vn = ...}],_190676,[_93148{vn = ...},_93168{vn = ...}],[_93148{vn = ...},_93168{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_190300,list(['Event',_93102{vn = ...},_190676])],[assign,_189960,list([_190300,_92910{vn = ...}])]] 1 _192192 [[prolog_if,[[assign,_184326,[fcall(==,[2]),[_92792{vn = ...},eternal]]],[assign,_184194,[fcall(not,[1]),[_184326]]],[native(is_True),_184194]],[[assign,_185204,[fcall(-,[2]),[_92792{vn = ...},_93128{vn = ...}]]],[assign,_185066,[fcall(abs,[1]),[_185204]]],[assign,_184908,[fcall(>,[2]),[_185066,20]]],[assign,_184152,_184908]],[[assign,_184152,'False']]],[assign,_191726,[ispeEnN,_188210,[[transpiler_apply,mc__1_2_,_93030{vn = ...},[_93030{vn = ...},_93050{vn = ...},_93070{vn = ...}],_188926,[_93050{vn = ...},_93070{vn = ...}],[_93050{vn = ...},_93070{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_188550,list(['Event',_93004{vn = ...},_188926])],[assign,_188210,list([_188550,_93344{vn = ...}])]],_188216,[[assign,_188932,list([_93030{vn = ...},_93050{vn = ...},_93070{vn = ...}])],[assign,_188556,list(['Event',_93004{vn = ...},_188932])],[assign,_188216,list([_188556,_93344{vn = ...}])]]]],[assign,_191820,[ispeEnN,_189960,[[transpiler_apply,mc__1_2_,_93128{vn = ...},[_93128{vn = ...},_93148{vn = ...},_93168{vn = ...}],_190676,[_93148{vn = ...},_93168{vn = ...}],[_93148{vn = ...},_93168{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_190300,list(['Event',_93102{vn = ...},_190676])],[assign,_189960,list([_190300,_92910{vn = ...}])]],_189966,[[assign,_190682,list([_93128{vn = ...},_93148{vn = ...},_93168{vn = ...}])],[assign,_190306,list(['Event',_93102{vn = ...},_190682])],[assign,_189966,list([_190306,_92910{vn = ...}])]]]],[assign,_183986,[fcall('If',[3]),[_184152,_191726,_191820]]],[native(as_p1_exec),_183986,_192192]] mc__1_2_ReasonWithTask(['Event', S1, [_time1, _ev1, _prio1]], _t, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], D, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', SE2, D], transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], F, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', S2, F], H=['Concept', Term, E, G, CPrio], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(_time1, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(_time1, _time2, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], W, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', SE2, W], V=[X, Cprio]), Y, (Z=[TimeE2, EvE2, PrioE2], A1=['Event', SE2, Z], Y=[A1, Cprio])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], C1, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', S2, C1], B1=[D1, CPrio]), E1, (F1=[_time2, _ev2, _prio2], G1=['Event', S2, F1], E1=[G1, CPrio])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [Belief, CPrio]=K1, ( transpiler_apply(mc__1_2_, _time1, [_time1, _ev1, _prio1], L1, [_ev1, _prio1], [_ev1, _prio1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', S1, L1], N1=['TemporallyAlignedBelief', _time1, Belief], mc__1_4_Conclude(M1, N1, CPrio, _t, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', _1, _2], ( P1=Q1 *-> R1=[.:, _1], S1=['trace!', R1, _1], T1=['Event', S1, _2], mc__1_2_ProcessBeliefEvent(T1, _t, U1), A=U1 ; V1='Empty', A=V1 ). 1 _144206 [[transpiler_apply,mc__1_2_,_6856{vn = ...},[_6856{vn = ...},_6876{vn = ...},_6896{vn = ...}],_144922,[_6876{vn = ...},_6896{vn = ...}],[_6876{vn = ...},_6896{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_144546,list(['Event',_6830{vn = ...},_144922])],[assign,_144206,list([_144546,_7170{vn = ...}])]] 1 _145956 [[transpiler_apply,mc__1_2_,_6954{vn = ...},[_6954{vn = ...},_6974{vn = ...},_6994{vn = ...}],_146672,[_6974{vn = ...},_6994{vn = ...}],[_6974{vn = ...},_6994{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_146296,list(['Event',_6928{vn = ...},_146672])],[assign,_145956,list([_146296,_6736{vn = ...}])]] 1 _148188 [[prolog_if,[[assign,_140322,[fcall(==,[2]),[_6618{vn = ...},eternal]]],[assign,_140190,[fcall(not,[1]),[_140322]]],[native(is_True),_140190]],[[assign,_141200,[fcall(-,[2]),[_6618{vn = ...},_6954{vn = ...}]]],[assign,_141062,[fcall(abs,[1]),[_141200]]],[assign,_140904,[fcall(>,[2]),[_141062,20]]],[assign,_140148,_140904]],[[assign,_140148,'False']]],[assign,_147722,[ispeEnN,_144206,[[transpiler_apply,mc__1_2_,_6856{vn = ...},[_6856{vn = ...},_6876{vn = ...},_6896{vn = ...}],_144922,[_6876{vn = ...},_6896{vn = ...}],[_6876{vn = ...},_6896{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_144546,list(['Event',_6830{vn = ...},_144922])],[assign,_144206,list([_144546,_7170{vn = ...}])]],_144212,[[assign,_144928,list([_6856{vn = ...},_6876{vn = ...},_6896{vn = ...}])],[assign,_144552,list(['Event',_6830{vn = ...},_144928])],[assign,_144212,list([_144552,_7170{vn = ...}])]]]],[assign,_147816,[ispeEnN,_145956,[[transpiler_apply,mc__1_2_,_6954{vn = ...},[_6954{vn = ...},_6974{vn = ...},_6994{vn = ...}],_146672,[_6974{vn = ...},_6994{vn = ...}],[_6974{vn = ...},_6994{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_146296,list(['Event',_6928{vn = ...},_146672])],[assign,_145956,list([_146296,_6736{vn = ...}])]],_145962,[[assign,_146678,list([_6954{vn = ...},_6974{vn = ...},_6994{vn = ...}])],[assign,_146302,list(['Event',_6928{vn = ...},_146678])],[assign,_145962,list([_146302,_6736{vn = ...}])]]]],[assign,_139982,[fcall('If',[3]),[_140148,_147722,_147816]]],[native(as_p1_exec),_139982,_148188]] mc__1_2_ReasonWithTask(['Event', S1, [_time1, _ev1, _prio1]], _t, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], D, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', SE2, D], transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], F, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', S2, F], H=['Concept', Term, E, G, CPrio], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(_time1, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(_time1, _time2, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, TimeE2, [TimeE2, EvE2, PrioE2], W, [EvE2, PrioE2], [EvE2, PrioE2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', SE2, W], V=[X, Cprio]), Y, (Z=[TimeE2, EvE2, PrioE2], A1=['Event', SE2, Z], Y=[A1, Cprio])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, _time2, [_time2, _ev2, _prio2], C1, [_ev2, _prio2], [_ev2, _prio2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', S2, C1], B1=[D1, CPrio]), E1, (F1=[_time2, _ev2, _prio2], G1=['Event', S2, F1], E1=[G1, CPrio])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [Belief, CPrio]=K1, ( transpiler_apply(mc__1_2_, _time1, [_time1, _ev1, _prio1], L1, [_ev1, _prio1], [_ev1, _prio1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', S1, L1], N1=['TemporallyAlignedBelief', _time1, Belief], mc__1_4_Conclude(M1, N1, CPrio, _t, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', _1, _2], ( P1=Q1 *-> R1=[.:, _1], S1=['trace!', R1, _1], T1=['Event', S1, _2], mc__1_2_ProcessBeliefEvent(T1, _t, U1), A=U1 ; V1='Empty', A=V1 ). mc__1_1_BeliefCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_3, _t, B), Ev=B, C=['remove-atom', space_3, Ev], D=['ReasonWithTask', Ev, _t], E=[C, D], F=[sequential, E], G=['UpdateReasonerState'], mc__1_0_BeliefEventsMax(H), I=['BoundEvents', space_3, 0.0, 0.1, H, _t], mc__1_0_AttentionalFocusConceptsMax(J), K=['BoundAttention', 0.0, 0.1, J, _t], L=[F, G, I, K], M=[sequential, L], mc__1_1_do(M, A). mc__1_1_BeliefCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_3, _t, B), Ev=B, C=['remove-atom', space_3, Ev], D=['ReasonWithTask', Ev, _t], E=[C, D], F=[sequential, E], G=['UpdateReasonerState'], mc__1_0_BeliefEventsMax(H), I=['BoundEvents', space_3, 0.0, 0.1, H, _t], mc__1_0_AttentionalFocusConceptsMax(J), K=['BoundAttention', 0.0, 0.1, J, _t], L=[F, G, I, K], M=[sequential, L], mc__1_1_do(M, A). mc__1_1_BeliefCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_3, _t, B), Ev=B, C=['remove-atom', space_3, Ev], D=['ReasonWithTask', Ev, _t], E=[C, D], F=[sequential, E], G=['UpdateReasonerState'], mc__1_0_BeliefEventsMax(H), I=['BoundEvents', space_3, 0.0, 0.1, H, _t], mc__1_0_AttentionalFocusConceptsMax(J), K=['BoundAttention', 0.0, 0.1, J, _t], L=[F, G, I, K], M=[sequential, L], mc__1_1_do(M, A). 1 _189280 [[assign,_187622,[fcall(==,[2]),[_9418{vn = ...},_9502{vn = ...}]]],[assign,_188986,[ispuU,_188026,[[assign,_188026,list(['Concept',_9418{vn = ...},_9404{vn = ...},_9390{vn = ...},_9376{vn = ...}])]]]],[assign,_187458,[fcall('If',[2]),[_187622,_188986]]],[native(as_p1_exec),_187458,_189280]] 1 _202826 [[assign,_201168,[fcall(==,[2]),[_9306{vn = ...},_9502{vn = ...}]]],[assign,_202532,[ispuU,_201572,[[assign,_201572,list(['Concept',_9306{vn = ...},_9292{vn = ...},_9278{vn = ...},_9264{vn = ...}])]]]],[assign,_201004,[fcall('If',[2]),[_201168,_202532]]],[native(as_p1_exec),_201004,_202826]] mc__1_2_UpdateConcept(B, C, A) :- ['Event', [D, E], [F, G, H]]=B, mc__1_1_Eternalize(B, B), I=B, ( C=['Concept', J, K, L, M], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(J, D, F), G=ispuU(K, K=['Concept', J, K, L, M]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', J, K, L, M], ( M=N *-> O=['Concept', J, K, L, M], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(K, I, Q), ['Event', N, O]=Q, R=[@, N], S=['trace!', R, N], T=['Event', S, O], P=T, mc__1_2_EventPriorityNow(H, C, U), mc__1_2_ConceptPriorityNow(M, C, V), 'mc__1_2_>'(U, V, W), X=ispu(H), Y=ispu(M), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), Q=A1, B1=['Concept', D, P, B, Q], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', R, S, T, U], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(R, D, I1), J1=ispuU(N1, N1=['Concept', R, S, T, U]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', R, S, T, U], ( P1=Q1 *-> R1=['Concept', R, S, T, U], S1=['remove-atom', space_1, R1], T1=['Concept', R, S, T, U], U1=['add-atom', space_2, T1], V1=['UpdateConcept', B, C], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', D, I, B, H], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _210556 [[assign,_208898,[fcall(==,[2]),[_15630{vn = ...},_15714{vn = ...}]]],[assign,_210262,[ispuU,_209302,[[assign,_209302,list(['Concept',_15630{vn = ...},_15616{vn = ...},_15602{vn = ...},_15588{vn = ...}])]]]],[assign,_208734,[fcall('If',[2]),[_208898,_210262]]],[native(as_p1_exec),_208734,_210556]] 1 _224102 [[assign,_222444,[fcall(==,[2]),[_15518{vn = ...},_15714{vn = ...}]]],[assign,_223808,[ispuU,_222848,[[assign,_222848,list(['Concept',_15518{vn = ...},_15504{vn = ...},_15490{vn = ...},_15476{vn = ...}])]]]],[assign,_222280,[fcall('If',[2]),[_222444,_223808]]],[native(as_p1_exec),_222280,_224102]] mc__1_2_UpdateConcept(V, W, A) :- ['Event', [X, Y], [Z, A1, B1]]=V, mc__1_1_Eternalize(V, B), C1=B, ( C=['Concept', D1, E1, F1, G1], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(D1, X, F), G=ispuU(K, K=['Concept', D1, E1, F1, G1]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', D1, E1, F1, G1], ( M=N *-> O=['Concept', D1, E1, F1, G1], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(E1, C1, Q), ['Event', H1, I1]=Q, R=[@, H1], S=['trace!', R, H1], T=['Event', S, I1], J1=T, mc__1_2_EventPriorityNow(B1, W, U), mc__1_2_ConceptPriorityNow(G1, W, V), 'mc__1_2_>'(U, V, W), X=ispu(B1), Y=ispu(G1), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), K1=A1, B1=['Concept', X, J1, V, K1], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', L1, M1, N1, O1], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(L1, X, I1), J1=ispuU(N1, N1=['Concept', L1, M1, N1, O1]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', L1, M1, N1, O1], ( P1=Q1 *-> R1=['Concept', L1, M1, N1, O1], S1=['remove-atom', space_1, R1], T1=['Concept', L1, M1, N1, O1], U1=['add-atom', space_2, T1], V1=['UpdateConcept', V, W], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', X, C1, V, B1], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _236328 [[assign,_234670,[fcall(==,[2]),[_41314{vn = ...},_41398{vn = ...}]]],[assign,_236034,[ispuU,_235074,[[assign,_235074,list(['Concept',_41314{vn = ...},_41300{vn = ...},_41286{vn = ...},_41272{vn = ...}])]]]],[assign,_234506,[fcall('If',[2]),[_234670,_236034]]],[native(as_p1_exec),_234506,_236328]] 1 _249874 [[assign,_248216,[fcall(==,[2]),[_41202{vn = ...},_41398{vn = ...}]]],[assign,_249580,[ispuU,_248620,[[assign,_248620,list(['Concept',_41202{vn = ...},_41188{vn = ...},_41174{vn = ...},_41160{vn = ...}])]]]],[assign,_248052,[fcall('If',[2]),[_248216,_249580]]],[native(as_p1_exec),_248052,_249874]] mc__1_2_UpdateConcept(P1, Q1, A) :- ['Event', [R1, S1], [T1, U1, V1]]=P1, mc__1_1_Eternalize(P1, B), W1=B, ( C=['Concept', X1, Y1, Z1, A2], D=ispeEnNC(E, (mc__1_2_If(F, G, H), as_p1_exec(H, E)), I, (J=['If', F, G], as_p1_expr(J, I)), ('mc__1_2_=='(X1, R1, F), G=ispuU(K, K=['Concept', X1, Y1, Z1, A2]))), mc__1_3_match(space_2, C, D, L) *-> M=L ; M='Empty' ), N=['Concept', X1, Y1, Z1, A2], ( M=N *-> O=['Concept', X1, Y1, Z1, A2], P=['remove-atom', space_2, O], mc__1_2_RevisionAndChoice(Y1, W1, Q), ['Event', B2, C2]=Q, R=[@, B2], S=['trace!', R, B2], T=['Event', S, C2], D2=T, mc__1_2_EventPriorityNow(V1, Q1, U), mc__1_2_ConceptPriorityNow(A2, Q1, V), 'mc__1_2_>'(U, V, W), X=ispu(V1), Y=ispu(A2), mc__1_3_If(W, X, Y, Z), as_p1_exec(Z, A1), E2=A1, B1=['Concept', R1, D2, P1, E2], C1=['add-atom', space_2, B1], D1=[P, C1], mc__1_1_sequential(D1, E1), A=E1 ; ( M='%void%' *-> ( F1=['Concept', F2, G2, H2, I2], G1=ispeEnNC(H1, (mc__1_2_If(I1, J1, K1), as_p1_exec(K1, H1)), L1, (M1=['If', I1, J1], as_p1_expr(M1, L1)), ('mc__1_2_=='(F2, R1, I1), J1=ispuU(N1, N1=['Concept', F2, G2, H2, I2]))), mc__1_3_match(space_1, F1, G1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Concept', F2, G2, H2, I2], ( P1=Q1 *-> R1=['Concept', F2, G2, H2, I2], S1=['remove-atom', space_1, R1], T1=['Concept', F2, G2, H2, I2], U1=['add-atom', space_2, T1], V1=['UpdateConcept', P1, Q1], W1=[S1, U1, V1], mc__1_1_sequential(W1, X1), Y1=X1 ; ( P1='%void%' *-> Z1=['Concept', R1, W1, P1, V1], A2=['add-atom', space_2, Z1], B2=[A2], mc__1_1_sequential(B2, C2), D2=C2 ; E2='Empty', D2=E2 ), Y1=D2 ), F2=Y1 ; G2='Empty', F2=G2 ), A=F2 ). 1 _78368 [[assign,_79064,[fcall('Truth_Eternalize',[1]),[_3522{vn = ...}]]],[transpiler_apply,mc__1_1_,_3536{vn = ...},[_3536{vn = ...},_79064],_78936,[_79064],[_79070],[x(doeval,eager,[])],[[[assign,_79064,[fcall('Truth_Eternalize',[1]),[_3522{vn = ...}]]]]],[[[assign,_79070,list(['Truth_Eternalize',_3522{vn = ...}])]]]],[assign,_80442,list([0,0.0])],[assign,_79826,list([eternal,_3494{vn = ...},_80442])],[assign,_78368,list(['Event',_78936,_79826])]] mc__1_1_Eternalize(Ev, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=Ev, 'mc__1_2_=='(Time, eternal, B), C=ispu(Ev), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term, [Term, F], G, [F], [H], [x(doeval, eager, [])], [mc__1_1_Truth_Eternalize(TV, F)], [H=['Truth_Eternalize', TV]]), I=[0, 0.0], J=[eternal, Evidence, I], E=['Event', G, J]), K, (L=[Term, F], M=[0, 0.0], N=[eternal, Evidence, M], K=['Event', L, N]), mc__1_1_Truth_Eternalize(TV, F)), mc__1_3_If(B, C, D, O), as_p1_exec(O, A). 1 _117076 [[assign,_117532,[fcall('Truth_Eternalize',[1]),[_95108{vn = ...}]]],[transpiler_apply,mc__1_1_,_95088{vn = ...},[_95088{vn = ...},_117532],_117404,[_117532],[_117538],[x(doeval,eager,[])],[[[assign,_117532,[fcall('Truth_Eternalize',[1]),[_95108{vn = ...}]]]]],[[[assign,_117538,list(['Truth_Eternalize',_95108{vn = ...}])]]]],[assign,_118430,list([0,0.0])],[assign,_118054,list([eternal,_95154{vn = ...},_118430])],[assign,_117076,list(['Event',_117404,_118054])]] mc__1_1_Eternalize(Ev, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=Ev, 'mc__1_2_=='(Time, eternal, B), C=ispu(Ev), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term, [Term, F], G, [F], [H], [x(doeval, eager, [])], [mc__1_1_Truth_Eternalize(TV, F)], [H=['Truth_Eternalize', TV]]), I=[0, 0.0], J=[eternal, Evidence, I], E=['Event', G, J]), K, (L=[Term, F], M=[0, 0.0], N=[eternal, Evidence, M], K=['Event', L, N]), mc__1_1_Truth_Eternalize(TV, F)), mc__1_3_If(B, C, D, O), as_p1_exec(O, A). 1 _169374 [[assign,_169830,[fcall('Truth_Eternalize',[1]),[_95108{vn = ...}]]],[transpiler_apply,mc__1_1_,_95088{vn = ...},[_95088{vn = ...},_169830],_169702,[_169830],[_169836],[x(doeval,eager,[])],[[[assign,_169830,[fcall('Truth_Eternalize',[1]),[_95108{vn = ...}]]]]],[[[assign,_169836,list(['Truth_Eternalize',_95108{vn = ...}])]]]],[assign,_170728,list([0,0.0])],[assign,_170352,list([eternal,_95154{vn = ...},_170728])],[assign,_169374,list(['Event',_169702,_170352])]] mc__1_1_Eternalize(Ev, A) :- ['Event', [Term, TV], [Time, Evidence, EPrio]]=Ev, 'mc__1_2_=='(Time, eternal, B), C=ispu(Ev), D=ispeEnNC(E, (transpiler_apply(mc__1_1_, Term, [Term, F], G, [F], [H], [x(doeval, eager, [])], [mc__1_1_Truth_Eternalize(TV, F)], [H=['Truth_Eternalize', TV]]), I=[0, 0.0], J=[eternal, Evidence, I], E=['Event', G, J]), K, (L=[Term, F], M=[0, 0.0], N=[eternal, Evidence, M], K=['Event', L, N]), mc__1_1_Truth_Eternalize(TV, F)), mc__1_3_If(B, C, D, O), as_p1_exec(O, A). mc__1_2_Projection(['Event', [Term, [_f, _c]], [Time, Evidence, EPrio]], TargetTime, A) :- 'mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G)) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F]) ]), transpiler_apply(mc__1_1_, Term, [Term, H], J, [H], [K], [x(noeval, eager, [])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G))], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F])])) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), K=[_f, G]) ]), transpiler_apply(mc__1_2_, TargetTime, [TargetTime, Evidence, EPrio], L, [Evidence, EPrio], [Evidence, EPrio], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), A=['Event', J, L]. mc__1_2_Projection(['Event', [Term, [_f, _c]], [Time, Evidence, EPrio]], TargetTime, A) :- 'mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G)) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F]) ]), transpiler_apply(mc__1_1_, Term, [Term, H], J, [H], [K], [x(noeval, eager, [])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G))], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F])])) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), K=[_f, G]) ]), transpiler_apply(mc__1_2_, TargetTime, [TargetTime, Evidence, EPrio], L, [Evidence, EPrio], [Evidence, EPrio], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), A=['Event', J, L]. mc__1_2_Projection(['Event', [Term, [_f, _c]], [Time, Evidence, EPrio]], TargetTime, A) :- 'mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G)) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F]) ]), transpiler_apply(mc__1_1_, Term, [Term, H], J, [H], [K], [x(noeval, eager, [])], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), transpiler_apply(mc__1_1_, _f, [_f, G], H, [G], [I], [x(doeval, eager, [number])], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G))], [('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), I=[*, _c, F])])) ], [ ('mc__1_2_-'(Time, TargetTime, B), mc__1_1_abs(B, C), mc__1_2_max(1, C, D), 'mc__1_2_/'(1, D, E), mc__1_2_min(1, E, F), 'mc__1_2_*'(_c, F, G), K=[_f, G]) ]), transpiler_apply(mc__1_2_, TargetTime, [TargetTime, Evidence, EPrio], L, [Evidence, EPrio], [Evidence, EPrio], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), A=['Event', J, L]. 1 _158914 [[transpiler_apply,mc__1_2_,_66760{vn = ...},[_66760{vn = ...},_66746{vn = ...},_66732{vn = ...}],_159630,[_66746{vn = ...},_66732{vn = ...}],[_66746{vn = ...},_66732{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_159254,list(['Event',_66774{vn = ...},_159630])],[assign,_158914,list([_159254,_66662{vn = ...}])]] 1 _160664 [[transpiler_apply,mc__1_2_,_66704{vn = ...},[_66704{vn = ...},_66690{vn = ...},_66676{vn = ...}],_161380,[_66690{vn = ...},_66676{vn = ...}],[_66690{vn = ...},_66676{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_161004,list(['Event',_66718{vn = ...},_161380])],[assign,_160664,list([_161004,_66802{vn = ...}])]] 1 _162896 [[prolog_if,[[assign,_155030,[fcall(==,[2]),[_66872{vn = ...},eternal]]],[assign,_154898,[fcall(not,[1]),[_155030]]],[native(is_True),_154898]],[[assign,_155908,[fcall(-,[2]),[_66872{vn = ...},_66704{vn = ...}]]],[assign,_155770,[fcall(abs,[1]),[_155908]]],[assign,_155612,[fcall(>,[2]),[_155770,20]]],[assign,_154856,_155612]],[[assign,_154856,'False']]],[assign,_162430,[ispeEnN,_158914,[[transpiler_apply,mc__1_2_,_66760{vn = ...},[_66760{vn = ...},_66746{vn = ...},_66732{vn = ...}],_159630,[_66746{vn = ...},_66732{vn = ...}],[_66746{vn = ...},_66732{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_159254,list(['Event',_66774{vn = ...},_159630])],[assign,_158914,list([_159254,_66662{vn = ...}])]],_158920,[[assign,_159636,list([_66760{vn = ...},_66746{vn = ...},_66732{vn = ...}])],[assign,_159260,list(['Event',_66774{vn = ...},_159636])],[assign,_158920,list([_159260,_66662{vn = ...}])]]]],[assign,_162524,[ispeEnN,_160664,[[transpiler_apply,mc__1_2_,_66704{vn = ...},[_66704{vn = ...},_66690{vn = ...},_66676{vn = ...}],_161380,[_66690{vn = ...},_66676{vn = ...}],[_66690{vn = ...},_66676{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_161004,list(['Event',_66718{vn = ...},_161380])],[assign,_160664,list([_161004,_66802{vn = ...}])]],_160670,[[assign,_161386,list([_66704{vn = ...},_66690{vn = ...},_66676{vn = ...}])],[assign,_161010,list(['Event',_66718{vn = ...},_161386])],[assign,_160670,list([_161010,_66802{vn = ...}])]]]],[assign,_154690,[fcall('If',[3]),[_154856,_162430,_162524]]],[native(as_p1_exec),_154690,_162896]] mc__1_2_ReasonWithTask(['Event', B, [C, D, E]], F, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, K, [K, L, M], D, [L, M], [L, M], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', J, D], transpiler_apply(mc__1_2_, O, [O, P, Q], F, [P, Q], [P, Q], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', N, F], H=['Concept', I, E, G, H], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(C, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(C, O, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, K, [K, L, M], W, [L, M], [L, M], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', J, W], V=[X, R]), Y, (Z=[K, L, M], A1=['Event', J, Z], Y=[A1, R])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, O, [O, P, Q], C1, [P, Q], [P, Q], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', N, C1], B1=[D1, H]), E1, (F1=[O, P, Q], G1=['Event', N, F1], E1=[G1, H])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [G, H]=K1, ( transpiler_apply(mc__1_2_, C, [C, D, E], L1, [D, E], [D, E], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', B, L1], mc__1_2_TemporallyAlignedBelief(C, G, N1), mc__1_4_Conclude(M1, N1, H, F, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', S, T], ( P1=Q1 *-> R1=[.:, S], S1=['trace!', R1, S], T1=['Event', S1, T], mc__1_2_ProcessBeliefEvent(T1, F, U1), A=U1 ; V1='Empty', A=V1 ). 1 _92000 [[transpiler_apply,mc__1_2_,_8656{vn = ...},[_8656{vn = ...},_8642{vn = ...},_8628{vn = ...}],_92716,[_8642{vn = ...},_8628{vn = ...}],[_8642{vn = ...},_8628{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_92340,list(['Event',_8670{vn = ...},_92716])],[assign,_92000,list([_92340,_8558{vn = ...}])]] 1 _93750 [[transpiler_apply,mc__1_2_,_8600{vn = ...},[_8600{vn = ...},_8586{vn = ...},_8572{vn = ...}],_94466,[_8586{vn = ...},_8572{vn = ...}],[_8586{vn = ...},_8572{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_94090,list(['Event',_8614{vn = ...},_94466])],[assign,_93750,list([_94090,_8698{vn = ...}])]] 1 _95982 [[prolog_if,[[assign,_88116,[fcall(==,[2]),[_8768{vn = ...},eternal]]],[assign,_87984,[fcall(not,[1]),[_88116]]],[native(is_True),_87984]],[[assign,_88994,[fcall(-,[2]),[_8768{vn = ...},_8600{vn = ...}]]],[assign,_88856,[fcall(abs,[1]),[_88994]]],[assign,_88698,[fcall(>,[2]),[_88856,20]]],[assign,_87942,_88698]],[[assign,_87942,'False']]],[assign,_95516,[ispeEnN,_92000,[[transpiler_apply,mc__1_2_,_8656{vn = ...},[_8656{vn = ...},_8642{vn = ...},_8628{vn = ...}],_92716,[_8642{vn = ...},_8628{vn = ...}],[_8642{vn = ...},_8628{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_92340,list(['Event',_8670{vn = ...},_92716])],[assign,_92000,list([_92340,_8558{vn = ...}])]],_92006,[[assign,_92722,list([_8656{vn = ...},_8642{vn = ...},_8628{vn = ...}])],[assign,_92346,list(['Event',_8670{vn = ...},_92722])],[assign,_92006,list([_92346,_8558{vn = ...}])]]]],[assign,_95610,[ispeEnN,_93750,[[transpiler_apply,mc__1_2_,_8600{vn = ...},[_8600{vn = ...},_8586{vn = ...},_8572{vn = ...}],_94466,[_8586{vn = ...},_8572{vn = ...}],[_8586{vn = ...},_8572{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_94090,list(['Event',_8614{vn = ...},_94466])],[assign,_93750,list([_94090,_8698{vn = ...}])]],_93756,[[assign,_94472,list([_8600{vn = ...},_8586{vn = ...},_8572{vn = ...}])],[assign,_94096,list(['Event',_8614{vn = ...},_94472])],[assign,_93756,list([_94096,_8698{vn = ...}])]]]],[assign,_87776,[fcall('If',[3]),[_87942,_95516,_95610]]],[native(as_p1_exec),_87776,_95982]] mc__1_2_ReasonWithTask(['Event', U, [V, W, X]], Y, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, D1, [D1, E1, F1], D, [E1, F1], [E1, F1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', C1, D], transpiler_apply(mc__1_2_, H1, [H1, I1, J1], F, [I1, J1], [I1, J1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', G1, F], H=['Concept', B1, E, G, A1], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(V, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(V, H1, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, D1, [D1, E1, F1], W, [E1, F1], [E1, F1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', C1, W], V=[X, K1]), Y, (Z=[D1, E1, F1], A1=['Event', C1, Z], Y=[A1, K1])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, H1, [H1, I1, J1], C1, [I1, J1], [I1, J1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', G1, C1], B1=[D1, A1]), E1, (F1=[H1, I1, J1], G1=['Event', G1, F1], E1=[G1, A1])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [Z, A1]=K1, ( transpiler_apply(mc__1_2_, V, [V, W, X], L1, [W, X], [W, X], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', U, L1], mc__1_2_TemporallyAlignedBelief(V, Z, N1), mc__1_4_Conclude(M1, N1, A1, Y, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', L1, M1], ( P1=Q1 *-> R1=[.:, L1], S1=['trace!', R1, L1], T1=['Event', S1, M1], mc__1_2_ProcessBeliefEvent(T1, Y, U1), A=U1 ; V1='Empty', A=V1 ). 1 _240000 [[transpiler_apply,mc__1_2_,_147678{vn = ...},[_147678{vn = ...},_147664{vn = ...},_147650{vn = ...}],_240716,[_147664{vn = ...},_147650{vn = ...}],[_147664{vn = ...},_147650{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_240340,list(['Event',_147692{vn = ...},_240716])],[assign,_240000,list([_240340,_147580{vn = ...}])]] 1 _241750 [[transpiler_apply,mc__1_2_,_147622{vn = ...},[_147622{vn = ...},_147608{vn = ...},_147594{vn = ...}],_242466,[_147608{vn = ...},_147594{vn = ...}],[_147608{vn = ...},_147594{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_242090,list(['Event',_147636{vn = ...},_242466])],[assign,_241750,list([_242090,_147720{vn = ...}])]] 1 _243982 [[prolog_if,[[assign,_236116,[fcall(==,[2]),[_147790{vn = ...},eternal]]],[assign,_235984,[fcall(not,[1]),[_236116]]],[native(is_True),_235984]],[[assign,_236994,[fcall(-,[2]),[_147790{vn = ...},_147622{vn = ...}]]],[assign,_236856,[fcall(abs,[1]),[_236994]]],[assign,_236698,[fcall(>,[2]),[_236856,20]]],[assign,_235942,_236698]],[[assign,_235942,'False']]],[assign,_243516,[ispeEnN,_240000,[[transpiler_apply,mc__1_2_,_147678{vn = ...},[_147678{vn = ...},_147664{vn = ...},_147650{vn = ...}],_240716,[_147664{vn = ...},_147650{vn = ...}],[_147664{vn = ...},_147650{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_240340,list(['Event',_147692{vn = ...},_240716])],[assign,_240000,list([_240340,_147580{vn = ...}])]],_240006,[[assign,_240722,list([_147678{vn = ...},_147664{vn = ...},_147650{vn = ...}])],[assign,_240346,list(['Event',_147692{vn = ...},_240722])],[assign,_240006,list([_240346,_147580{vn = ...}])]]]],[assign,_243610,[ispeEnN,_241750,[[transpiler_apply,mc__1_2_,_147622{vn = ...},[_147622{vn = ...},_147608{vn = ...},_147594{vn = ...}],_242466,[_147608{vn = ...},_147594{vn = ...}],[_147608{vn = ...},_147594{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_242090,list(['Event',_147636{vn = ...},_242466])],[assign,_241750,list([_242090,_147720{vn = ...}])]],_241756,[[assign,_242472,list([_147622{vn = ...},_147608{vn = ...},_147594{vn = ...}])],[assign,_242096,list(['Event',_147636{vn = ...},_242472])],[assign,_241756,list([_242096,_147720{vn = ...}])]]]],[assign,_235776,[fcall('If',[3]),[_235942,_243516,_243610]]],[native(as_p1_exec),_235776,_243982]] mc__1_2_ReasonWithTask(['Event', N1, [O1, P1, Q1]], R1, A) :- ( 'mc__1_1_get-atoms'(space_2, B) *-> C=B ; C='Empty' ), transpiler_apply(mc__1_2_, W1, [W1, X1, Y1], D, [X1, Y1], [X1, Y1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), E=['Event', V1, D], transpiler_apply(mc__1_2_, A2, [A2, B2, C2], F, [B2, C2], [B2, C2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), G=['Event', Z1, F], H=['Concept', U1, E, G, T1], ( C=H *-> I=ispeEnNC(J, (mc__1_3_If(K, L, M, N), as_p1_exec(N, J)), O, (P=['If', K, L, M], as_p1_expr(P, O)), (('mc__1_2_=='(O1, eternal, Q), mc__1_1_not(Q, R), is_True(R)*->'mc__1_2_-'(O1, A2, S), mc__1_1_abs(S, T), 'mc__1_2_>'(T, 20, U), K=U;K='False'), L=ispeEnN(V, (transpiler_apply(mc__1_2_, W1, [W1, X1, Y1], W, [X1, Y1], [X1, Y1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), X=['Event', V1, W], V=[X, D2]), Y, (Z=[W1, X1, Y1], A1=['Event', V1, Z], Y=[A1, D2])), M=ispeEnN(B1, (transpiler_apply(mc__1_2_, A2, [A2, B2, C2], C1, [B2, C2], [B2, C2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), D1=['Event', Z1, C1], B1=[D1, T1]), E1, (F1=[A2, B2, C2], G1=['Event', Z1, F1], E1=[G1, T1])))), H1=I ; I1=ispuU(J1, J1='Empty'), H1=I1 ), as_p1_exec(H1, K1), [S1, T1]=K1, ( transpiler_apply(mc__1_2_, O1, [O1, P1, Q1], L1, [P1, Q1], [P1, Q1], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]), M1=['Event', N1, L1], mc__1_2_TemporallyAlignedBelief(O1, S1, N1), mc__1_4_Conclude(M1, N1, T1, R1, O1) *-> P1=O1 ; P1='Empty' ), Q1=['Event', E2, F2], ( P1=Q1 *-> R1=[.:, E2], S1=['trace!', R1, E2], T1=['Event', S1, F2], mc__1_2_ProcessBeliefEvent(T1, R1, U1), A=U1 ; V1='Empty', A=V1 ). 1 _57732 [[assign,_57732,[fcall('Eternalize',[1]),[_3366{vn = ...}]]]] 1 _58274 [[assign,_58274,[fcall('Projection',[2]),[_3366{vn = ...},_3380{vn = ...}]]]] mc__1_2_TemporallyAlignedBelief(TaskTime, Belief, A) :- 'mc__1_2_=='(TaskTime, eternal, B), C=ispeEnN(D, mc__1_1_Eternalize(Belief, D), E, E=['Eternalize', Belief]), F=ispeEnN(G, mc__1_2_Projection(Belief, TaskTime, G), H, H=['Projection', Belief, TaskTime]), mc__1_3_If(B, C, F, I), as_p1_exec(I, A). 1 _82322 [[assign,_82322,[fcall('Eternalize',[1]),[_68652{vn = ...}]]]] 1 _82624 [[assign,_82624,[fcall('Projection',[2]),[_68652{vn = ...},_68632{vn = ...}]]]] mc__1_2_TemporallyAlignedBelief(TaskTime, Belief, A) :- 'mc__1_2_=='(TaskTime, eternal, B), C=ispeEnN(D, mc__1_1_Eternalize(Belief, D), E, E=['Eternalize', Belief]), F=ispeEnN(G, mc__1_2_Projection(Belief, TaskTime, G), H, H=['Projection', Belief, TaskTime]), mc__1_3_If(B, C, F, I), as_p1_exec(I, A). 1 _115042 [[assign,_115042,[fcall('Eternalize',[1]),[_68652{vn = ...}]]]] 1 _115344 [[assign,_115344,[fcall('Projection',[2]),[_68652{vn = ...},_68632{vn = ...}]]]] mc__1_2_TemporallyAlignedBelief(TaskTime, Belief, A) :- 'mc__1_2_=='(TaskTime, eternal, B), C=ispeEnN(D, mc__1_1_Eternalize(Belief, D), E, E=['Eternalize', Belief]), F=ispeEnN(G, mc__1_2_Projection(Belief, TaskTime, G), H, H=['Projection', Belief, TaskTime]), mc__1_3_If(B, C, F, I), as_p1_exec(I, A). !(bind! &FIFO (new-state ())) :- do_metta_runtime(A, (B=['new-state', []], 'mc__1_2_bind!'('&FIFO', B, A))). Deterministic: () mc__1_2_EventWithFIFO3(New, [_1, _2, _3], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1, _2, _3], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1, _2, _3], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1, _2], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1, _2], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1, _2], A) :- transpiler_apply(mc__1_2_, New, [New, _1, _2], A, [_1, _2], [_1, _2], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true]). mc__1_2_EventWithFIFO3(New, [_1], A) :- transpiler_apply(mc__1_1_, New, [New, _1], A, [_1], [_1], [x(noeval, eager, [])], [true], [true]). mc__1_2_EventWithFIFO3(New, [_1], A) :- transpiler_apply(mc__1_1_, New, [New, _1], A, [_1], [_1], [x(noeval, eager, [])], [true], [true]). mc__1_2_EventWithFIFO3(New, [_1], A) :- transpiler_apply(mc__1_1_, New, [New, _1], A, [_1], [_1], [x(noeval, eager, [])], [true], [true]). mc__1_2_EventWithFIFO3(New, [], A) :- transpiler_apply(mc__1_0_, New, [New], A, [], [], [], [], []). mc__1_2_EventWithFIFO3(New, [], A) :- transpiler_apply(mc__1_0_, New, [New], A, [], [], [], [], []). mc__1_2_EventWithFIFO3(New, [], A) :- transpiler_apply(mc__1_0_, New, [New], A, [], [], [], [], []). mc__1_1_EventToFIFO(Ev, A) :- B=['new-state', []], C=['get-state', B], mc__1_2_EventWithFIFO3(Ev, C, D), _newlist=D, E=['new-state', []], A=['change-state!', E, _newlist]. mc__1_1_EventToFIFO(Ev, A) :- B=['new-state', []], C=['get-state', B], mc__1_2_EventWithFIFO3(Ev, C, D), _newlist=D, E=['new-state', []], A=['change-state!', E, _newlist]. mc__1_1_EventToFIFO(Ev, A) :- B=['new-state', []], C=['get-state', B], mc__1_2_EventWithFIFO3(Ev, C, D), _newlist=D, E=['new-state', []], A=['change-state!', E, _newlist]. mc__1_2_TemporalSequence(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Intersection(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, &/, Term2], C], D, [&/, Term2, C], [&/, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(Truth1, Truth2, C) ], [ true, true, E=['Truth_Intersection', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, F, G], H, [F, G], [I, J], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0] ], [ I=['TupleConcat', Evidence1, Evidence2], J=[0, 0.0] ]), A=['Event', D, H]. mc__1_2_TemporalSequence(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Intersection(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, &/, Term2], C], D, [&/, Term2, C], [&/, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(Truth1, Truth2, C) ], [ true, true, E=['Truth_Intersection', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, F, G], H, [F, G], [I, J], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0] ], [ I=['TupleConcat', Evidence1, Evidence2], J=[0, 0.0] ]), A=['Event', D, H]. mc__1_2_TemporalSequence(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Intersection(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, &/, Term2], C], D, [&/, Term2, C], [&/, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Intersection(Truth1, Truth2, C) ], [ true, true, E=['Truth_Intersection', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, F, G], H, [F, G], [I, J], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, F), G=[0, 0.0] ], [ I=['TupleConcat', Evidence1, Evidence2], J=[0, 0.0] ]), A=['Event', D, H]. mc__1_2_TemporalImplication(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Induction(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], C], D, [=/>, Term2, C], [=/>, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, C) ], [ true, true, E=['Truth_Induction', Truth1, Truth2] ]), F=[.:, D], mc__1_2_Truth_Induction(Truth1, Truth2, G), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], G], H, [=/>, Term2, G], [=/>, Term2, I], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, G) ], [ true, true, I=['Truth_Induction', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, J, K], L, [J, K], [M, N], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0] ], [ M=['TupleConcat', Evidence1, Evidence2], N=[0, 0.0] ]), O=['Event', H, L], A=['trace!', F, O]. mc__1_2_TemporalImplication(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Induction(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], C], D, [=/>, Term2, C], [=/>, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, C) ], [ true, true, E=['Truth_Induction', Truth1, Truth2] ]), F=[.:, D], mc__1_2_Truth_Induction(Truth1, Truth2, G), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], G], H, [=/>, Term2, G], [=/>, Term2, I], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, G) ], [ true, true, I=['Truth_Induction', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, J, K], L, [J, K], [M, N], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0] ], [ M=['TupleConcat', Evidence1, Evidence2], N=[0, 0.0] ]), O=['Event', H, L], A=['trace!', F, O]. mc__1_2_TemporalImplication(Ev1, ['Event', [Term2, Truth2], [Time2, Evidence2, EPrio2]], A) :- mc__1_2_Projection(Ev1, Time2, B), ['Event', [Term1, Truth1], [Time1, Evidence1, EPrio1]]=B, mc__1_2_Truth_Induction(Truth1, Truth2, C), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], C], D, [=/>, Term2, C], [=/>, Term2, E], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, C) ], [ true, true, E=['Truth_Induction', Truth1, Truth2] ]), F=[.:, D], mc__1_2_Truth_Induction(Truth1, Truth2, G), transpiler_apply(mc__2_1_2_, Term1, [[Term1, =/>, Term2], G], H, [=/>, Term2, G], [=/>, Term2, I], [ x(noeval, eager, []), x(noeval, eager, []), x(doeval, eager, []) ], [ true, true, mc__1_2_Truth_Induction(Truth1, Truth2, G) ], [ true, true, I=['Truth_Induction', Truth1, Truth2] ]), mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0], transpiler_apply(mc__1_2_, Time2, [Time2, J, K], L, [J, K], [M, N], [x(doeval, eager, []), x(noeval, eager, [])], [ mc__1_2_TupleConcat(Evidence1, Evidence2, J), K=[0, 0.0] ], [ M=['TupleConcat', Evidence1, Evidence2], N=[0, 0.0] ]), O=['Event', H, L], A=['trace!', F, O]. mc__1_1_IsOp(['Event', [Term, Truth], Metadata], A) :- ( true *-> B=Term ; B='Empty' ), C=[^, Opname], ( B=C *-> A='True' ; ( B=Otherwise *-> D='False' ; E='Empty', D=E ), A=D ). mc__1_1_IsOp(['Event', [Term, Truth], Metadata], A) :- ( true *-> B=Term ; B='Empty' ), C=[^, Opname], ( B=C *-> A='True' ; ( B=Otherwise *-> D='False' ; E='Empty', D=E ), A=D ). mc__1_1_IsOp(['Event', [Term, Truth], Metadata], A) :- ( true *-> B=Term ; B='Empty' ), C=[^, Opname], ( B=C *-> A='True' ; ( B=Otherwise *-> D='False' ; E='Empty', D=E ), A=D ). 1 _160100 [[assign,_160142,[fcall('TemporalSequence',[2]),[_124648{vn = ...},_124864{vn = ...}]]],[assign,_124420{vn = ...},_160142],[assign,_160100,[fcall('TemporalImplication',[2]),[_124420{vn = ...},_125092{vn = ...}]]]] mc__1_1_TemporalImplicationInduction([Cons, Op, Prec], A) :- ( mc__1_1_IsOp(Op, B), is_True(B) *-> ( mc__1_1_IsOp(Cons, C), mc__1_1_not(C, D), is_True(D) *-> mc__1_1_IsOp(Prec, E), mc__1_1_not(E, F), G=F ; G='False' ), H=G ; H='False' ), I=ispeEnNC(J, mc__1_2_TemporalImplication(PrecOp, Cons, J), K, K=['TemporalImplication', PrecOp, Cons], (mc__1_2_TemporalSequence(Prec, Op, L), PrecOp=L)), mc__1_2_If(H, I, M), as_p1_exec(M, A). 1 _209364 [[assign,_209406,[fcall('TemporalSequence',[2]),[_176602{vn = ...},_176582{vn = ...}]]],[assign,_176748{vn = ...},_209406],[assign,_209364,[fcall('TemporalImplication',[2]),[_176748{vn = ...},_176562{vn = ...}]]]] mc__1_1_TemporalImplicationInduction([Cons, Op, Prec], A) :- ( mc__1_1_IsOp(Op, B), is_True(B) *-> ( mc__1_1_IsOp(Cons, C), mc__1_1_not(C, D), is_True(D) *-> mc__1_1_IsOp(Prec, E), mc__1_1_not(E, F), G=F ; G='False' ), H=G ; H='False' ), I=ispeEnNC(J, mc__1_2_TemporalImplication(PrecOp, Cons, J), K, K=['TemporalImplication', PrecOp, Cons], (mc__1_2_TemporalSequence(Prec, Op, L), PrecOp=L)), mc__1_2_If(H, I, M), as_p1_exec(M, A). 1 _17306 [[assign,_17348,[fcall('TemporalSequence',[2]),[_6086{vn = ...},_6066{vn = ...}]]],[assign,_6232{vn = ...},_17348],[assign,_17306,[fcall('TemporalImplication',[2]),[_6232{vn = ...},_6046{vn = ...}]]]] mc__1_1_TemporalImplicationInduction([Cons, Op, Prec], A) :- ( mc__1_1_IsOp(Op, B), is_True(B) *-> ( mc__1_1_IsOp(Cons, C), mc__1_1_not(C, D), is_True(D) *-> mc__1_1_IsOp(Prec, E), mc__1_1_not(E, F), G=F ; G='False' ), H=G ; H='False' ), I=ispeEnNC(J, mc__1_2_TemporalImplication(PrecOp, Cons, J), K, K=['TemporalImplication', PrecOp, Cons], (mc__1_2_TemporalSequence(Prec, Op, L), PrecOp=L)), mc__1_2_If(H, I, M), as_p1_exec(M, A). 1 _81306 [[assign,_82574,list([0.0,0.1])],[transpiler_apply,mc__2_1_2_,_48672{vn = ...},[[_48672{vn = ...},=/>,_47928{vn = ...}],_82574],_82272,[=/>,_47928{vn = ...},_82574],[=/>,_47928{vn = ...},_82580],[x(noeval,eager,[]),x(noeval,eager,[]),x(noeval,eager,[])],[[],[],[[assign,_82574,list([0.0,0.1])]]],[[],[],[[assign,_82580,list([0.0,0.1])]]]],[assign,_83420,list([0,0.0])],[transpiler_apply,mc__1_2_,_48144{vn = ...},[_48144{vn = ...},[],_83420],_83212,[[],_83420],[[],_83426],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_83420,list([0,0.0])]]],[[],[[assign,_83426,list([0,0.0])]]]],[assign,_81704,list(['Event',_82272,_83212])],[assign,_81306,[fcall('UpdateConcept',[2]),[_81704,_48144{vn = ...}]]]] mc__1_3_NegConfirmation(PrecTerm, ObservedCons, _t, A) :- mc__1_1_WhatWillHappenQuestion(PrecTerm, B), ['Event', [[PrecTerm, =/>, PredictedCons], ImpTV], ImpMetadata]=B, 'mc__1_2_=='(ObservedCons, PredictedCons, C), mc__1_1_not(C, D), E=ispeEnNC(F, mc__1_2_UpdateConcept(G, _t, F), H, H=['UpdateConcept', G, _t], (I=[0.0, 0.1], transpiler_apply(mc__2_1_2_, PrecTerm, [[PrecTerm, =/>, PredictedCons], I], J, [=/>, PredictedCons, I], [=/>, PredictedCons, K], [x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, [])], [true, true, I=[0.0, 0.1]], [true, true, K=[0.0, 0.1]]), L=[0, 0.0], transpiler_apply(mc__1_2_, _t, [_t, [], L], M, [[], L], [[], N], [x(noeval, eager, []), x(noeval, eager, [])], [true, L=[0, 0.0]], [true, N=[0, 0.0]]), G=['Event', J, M])), mc__1_2_If(D, E, O), as_p1_exec(O, A). 1 _130056 [[assign,_130844,list([0.0,0.1])],[transpiler_apply,mc__2_1_2_,_99964{vn = ...},[[_99964{vn = ...},=/>,_100072{vn = ...}],_130844],_130542,[=/>,_100072{vn = ...},_130844],[=/>,_100072{vn = ...},_130850],[x(noeval,eager,[]),x(noeval,eager,[]),x(noeval,eager,[])],[[],[],[[assign,_130844,list([0.0,0.1])]]],[[],[],[[assign,_130850,list([0.0,0.1])]]]],[assign,_131690,list([0,0.0])],[transpiler_apply,mc__1_2_,_100004{vn = ...},[_100004{vn = ...},[],_131690],_131482,[[],_131690],[[],_131696],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_131690,list([0,0.0])]]],[[],[[assign,_131696,list([0,0.0])]]]],[assign,_130214,list(['Event',_130542,_131482])],[assign,_130056,[fcall('UpdateConcept',[2]),[_130214,_100004{vn = ...}]]]] mc__1_3_NegConfirmation(PrecTerm, ObservedCons, _t, A) :- mc__1_1_WhatWillHappenQuestion(PrecTerm, B), ['Event', [[PrecTerm, =/>, PredictedCons], ImpTV], ImpMetadata]=B, 'mc__1_2_=='(ObservedCons, PredictedCons, C), mc__1_1_not(C, D), E=ispeEnNC(F, mc__1_2_UpdateConcept(G, _t, F), H, H=['UpdateConcept', G, _t], (I=[0.0, 0.1], transpiler_apply(mc__2_1_2_, PrecTerm, [[PrecTerm, =/>, PredictedCons], I], J, [=/>, PredictedCons, I], [=/>, PredictedCons, K], [x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, [])], [true, true, I=[0.0, 0.1]], [true, true, K=[0.0, 0.1]]), L=[0, 0.0], transpiler_apply(mc__1_2_, _t, [_t, [], L], M, [[], L], [[], N], [x(noeval, eager, []), x(noeval, eager, [])], [true, L=[0, 0.0]], [true, N=[0, 0.0]]), G=['Event', J, M])), mc__1_2_If(D, E, O), as_p1_exec(O, A). 1 _195656 [[assign,_196444,list([0.0,0.1])],[transpiler_apply,mc__2_1_2_,_99964{vn = ...},[[_99964{vn = ...},=/>,_100072{vn = ...}],_196444],_196142,[=/>,_100072{vn = ...},_196444],[=/>,_100072{vn = ...},_196450],[x(noeval,eager,[]),x(noeval,eager,[]),x(noeval,eager,[])],[[],[],[[assign,_196444,list([0.0,0.1])]]],[[],[],[[assign,_196450,list([0.0,0.1])]]]],[assign,_197290,list([0,0.0])],[transpiler_apply,mc__1_2_,_100004{vn = ...},[_100004{vn = ...},[],_197290],_197082,[[],_197290],[[],_197296],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[assign,_197290,list([0,0.0])]]],[[],[[assign,_197296,list([0,0.0])]]]],[assign,_195814,list(['Event',_196142,_197082])],[assign,_195656,[fcall('UpdateConcept',[2]),[_195814,_100004{vn = ...}]]]] mc__1_3_NegConfirmation(PrecTerm, ObservedCons, _t, A) :- mc__1_1_WhatWillHappenQuestion(PrecTerm, B), ['Event', [[PrecTerm, =/>, PredictedCons], ImpTV], ImpMetadata]=B, 'mc__1_2_=='(ObservedCons, PredictedCons, C), mc__1_1_not(C, D), E=ispeEnNC(F, mc__1_2_UpdateConcept(G, _t, F), H, H=['UpdateConcept', G, _t], (I=[0.0, 0.1], transpiler_apply(mc__2_1_2_, PrecTerm, [[PrecTerm, =/>, PredictedCons], I], J, [=/>, PredictedCons, I], [=/>, PredictedCons, K], [x(noeval, eager, []), x(noeval, eager, []), x(noeval, eager, [])], [true, true, I=[0.0, 0.1]], [true, true, K=[0.0, 0.1]]), L=[0, 0.0], transpiler_apply(mc__1_2_, _t, [_t, [], L], M, [[], L], [[], N], [x(noeval, eager, []), x(noeval, eager, [])], [true, L=[0, 0.0]], [true, N=[0, 0.0]]), G=['Event', J, M])), mc__1_2_If(D, E, O), as_p1_exec(O, A). 1 _36130 [[transpiler_apply,mc__1_2_,_5888{vn = ...},[_5888{vn = ...},&/,_5846{vn = ...}],_36548,[&/,_5846{vn = ...}],[&/,_5846{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_36130,[fcall('NegConfirmation',[3]),[_36548,_5804{vn = ...},_5902{vn = ...}]]]] mc__1_2_Anticipate([Pos, Op, Pre], _t, A) :- ['Event', [PreTerm, PreTV], PreMetadata]=Pre, ['Event', [OpTerm, OpTV], OpMetadata]=Op, ['Event', [PosTerm, PosTV], PosMetadata]=Pos, ( mc__1_1_IsOp(Op, B), is_True(B) *-> mc__1_1_IsOp(Pre, C), mc__1_1_not(C, D), E=D ; E='False' ), F=ispeEnNC(G, mc__1_3_NegConfirmation(H, PosTerm, _t, G), I, I=['NegConfirmation', H, PosTerm, _t], transpiler_apply(mc__1_2_, PreTerm, [PreTerm, &/, OpTerm], H, [&/, OpTerm], [&/, OpTerm], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true])), mc__1_2_If(E, F, J), as_p1_exec(J, A). 1 _86958 [[transpiler_apply,mc__1_2_,_52430{vn = ...},[_52430{vn = ...},&/,_52520{vn = ...}],_87136,[&/,_52520{vn = ...}],[&/,_52520{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_86958,[fcall('NegConfirmation',[3]),[_87136,_52610{vn = ...},_52368{vn = ...}]]]] mc__1_2_Anticipate([Pos, Op, Pre], _t, A) :- ['Event', [PreTerm, PreTV], PreMetadata]=Pre, ['Event', [OpTerm, OpTV], OpMetadata]=Op, ['Event', [PosTerm, PosTV], PosMetadata]=Pos, ( mc__1_1_IsOp(Op, B), is_True(B) *-> mc__1_1_IsOp(Pre, C), mc__1_1_not(C, D), E=D ; E='False' ), F=ispeEnNC(G, mc__1_3_NegConfirmation(H, PosTerm, _t, G), I, I=['NegConfirmation', H, PosTerm, _t], transpiler_apply(mc__1_2_, PreTerm, [PreTerm, &/, OpTerm], H, [&/, OpTerm], [&/, OpTerm], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true])), mc__1_2_If(E, F, J), as_p1_exec(J, A). 1 _151342 [[transpiler_apply,mc__1_2_,_52430{vn = ...},[_52430{vn = ...},&/,_52520{vn = ...}],_151520,[&/,_52520{vn = ...}],[&/,_52520{vn = ...}],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[]],[[],[]]],[assign,_151342,[fcall('NegConfirmation',[3]),[_151520,_52610{vn = ...},_52368{vn = ...}]]]] mc__1_2_Anticipate([Pos, Op, Pre], _t, A) :- ['Event', [PreTerm, PreTV], PreMetadata]=Pre, ['Event', [OpTerm, OpTV], OpMetadata]=Op, ['Event', [PosTerm, PosTV], PosMetadata]=Pos, ( mc__1_1_IsOp(Op, B), is_True(B) *-> mc__1_1_IsOp(Pre, C), mc__1_1_not(C, D), E=D ; E='False' ), F=ispeEnNC(G, mc__1_3_NegConfirmation(H, PosTerm, _t, G), I, I=['NegConfirmation', H, PosTerm, _t], transpiler_apply(mc__1_2_, PreTerm, [PreTerm, &/, OpTerm], H, [&/, OpTerm], [&/, OpTerm], [x(noeval, eager, []), x(noeval, eager, [])], [true, true], [true, true])), mc__1_2_If(E, F, J), as_p1_exec(J, A). 1 _250590 [[assign,_252216,list(['new-state',[]])],[assign,_251816,list(['get-state',_252216])],[assign,_251456,[fcall('TemporalImplicationInduction',[1]),[_251816]]],[assign,_183986{vn = ...},_251456],[assign,_251420,list(['UpdateConcept',_183986{vn = ...},_185042{vn = ...}])],[assign,_254008,list(['ProcessBeliefEvent',_184538{vn = ...},_185042{vn = ...}])],[assign,_254646,list(['BeliefCycle',_185042{vn = ...}])],[assign,_250740,list([_251420,_254008,_254646])],[assign,_250590,[fcall(sequential,[1]),[_250740]]]] 1 _255878 [[assign,_255878,[fcall('UpdateReasonerState',[0]),[]]]] mc__1_1_AddBeliefEvent(Sentence, A) :- mc__1_0_GetReasonerState(B), [_t, EvidentialBase]=B, C=[.:, Sentence], D=['trace!', C, Sentence], transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, EvidentialBase, E], F, [EvidentialBase, E], [EvidentialBase, G], [x(noeval, eager, []), x(noeval, eager, [])], [ true, transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]) ], [true, G=[_t, 1.0]]), H=['Event', D, F], InputEvent=H, mc__1_1_IsOp(InputEvent, I), mc__1_1_not(I, J), NotAnOperation=J, K=['EventToFIFO', InputEvent], L=['new-state', []], M=['get-state', L], N=['Anticipate', M, _t], O=ispeEnNC(P, mc__1_1_sequential(Q, P), R, R=[sequential, Q], (S=['new-state', []], T=['get-state', S], mc__1_1_TemporalImplicationInduction(T, U), InducedHypothesis=U, V=['UpdateConcept', InducedHypothesis, _t], W=['ProcessBeliefEvent', InputEvent, _t], X=['BeliefCycle', _t], Q=[V, W, X])), Y=ispeEnN(Z, mc__1_0_UpdateReasonerState(Z), A1, A1=['UpdateReasonerState']), B1=['If', NotAnOperation, O, Y], as_p1_expr(B1, C1), D1=[K, N, C1], E1=[sequential, D1], mc__1_1_do(E1, A). 1 _94380 [[assign,_95518,list(['new-state',[]])],[assign,_95118,list(['get-state',_95518])],[assign,_94998,[fcall('TemporalImplicationInduction',[1]),[_95118]]],[assign,_34256{vn = ...},_94998],[assign,_94962,list(['UpdateConcept',_34256{vn = ...},_33936{vn = ...}])],[assign,_97070,list(['ProcessBeliefEvent',_33982{vn = ...},_33936{vn = ...}])],[assign,_97468,list(['BeliefCycle',_33936{vn = ...}])],[assign,_94530,list([_94962,_97070,_97468])],[assign,_94380,[fcall(sequential,[1]),[_94530]]]] 1 _98460 [[assign,_98460,[fcall('UpdateReasonerState',[0]),[]]]] mc__1_1_AddBeliefEvent(Sentence, A) :- mc__1_0_GetReasonerState(B), [_t, EvidentialBase]=B, C=[.:, Sentence], D=['trace!', C, Sentence], transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, EvidentialBase, E], F, [EvidentialBase, E], [EvidentialBase, G], [x(noeval, eager, []), x(noeval, eager, [])], [ true, transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]) ], [true, G=[_t, 1.0]]), H=['Event', D, F], InputEvent=H, mc__1_1_IsOp(InputEvent, I), mc__1_1_not(I, J), NotAnOperation=J, K=['EventToFIFO', InputEvent], L=['new-state', []], M=['get-state', L], N=['Anticipate', M, _t], O=ispeEnNC(P, mc__1_1_sequential(Q, P), R, R=[sequential, Q], (S=['new-state', []], T=['get-state', S], mc__1_1_TemporalImplicationInduction(T, U), InducedHypothesis=U, V=['UpdateConcept', InducedHypothesis, _t], W=['ProcessBeliefEvent', InputEvent, _t], X=['BeliefCycle', _t], Q=[V, W, X])), Y=ispeEnN(Z, mc__1_0_UpdateReasonerState(Z), A1, A1=['UpdateReasonerState']), B1=['If', NotAnOperation, O, Y], as_p1_expr(B1, C1), D1=[K, N, C1], E1=[sequential, D1], mc__1_1_do(E1, A). 1 _98766 [[assign,_99904,list(['new-state',[]])],[assign,_99504,list(['get-state',_99904])],[assign,_99384,[fcall('TemporalImplicationInduction',[1]),[_99504]]],[assign,_5918{vn = ...},_99384],[assign,_99348,list(['UpdateConcept',_5918{vn = ...},_5598{vn = ...}])],[assign,_101456,list(['ProcessBeliefEvent',_5644{vn = ...},_5598{vn = ...}])],[assign,_101854,list(['BeliefCycle',_5598{vn = ...}])],[assign,_98916,list([_99348,_101456,_101854])],[assign,_98766,[fcall(sequential,[1]),[_98916]]]] 1 _102846 [[assign,_102846,[fcall('UpdateReasonerState',[0]),[]]]] mc__1_1_AddBeliefEvent(Sentence, A) :- mc__1_0_GetReasonerState(B), [_t, EvidentialBase]=B, C=[.:, Sentence], D=['trace!', C, Sentence], transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, EvidentialBase, E], F, [EvidentialBase, E], [EvidentialBase, G], [x(noeval, eager, []), x(noeval, eager, [])], [ true, transpiler_apply(mc__1_1_, _t, [_t, 1.0], E, [1.0], [1.0], [x(doeval, eager, [])], [true], [true]) ], [true, G=[_t, 1.0]]), H=['Event', D, F], InputEvent=H, mc__1_1_IsOp(InputEvent, I), mc__1_1_not(I, J), NotAnOperation=J, K=['EventToFIFO', InputEvent], L=['new-state', []], M=['get-state', L], N=['Anticipate', M, _t], O=ispeEnNC(P, mc__1_1_sequential(Q, P), R, R=[sequential, Q], (S=['new-state', []], T=['get-state', S], mc__1_1_TemporalImplicationInduction(T, U), InducedHypothesis=U, V=['UpdateConcept', InducedHypothesis, _t], W=['ProcessBeliefEvent', InputEvent, _t], X=['BeliefCycle', _t], Q=[V, W, X])), Y=ispeEnN(Z, mc__1_0_UpdateReasonerState(Z), A1, A1=['UpdateReasonerState']), B1=['If', NotAnOperation, O, Y], as_p1_expr(B1, C1), D1=[K, N, C1], E1=[sequential, D1], mc__1_1_do(E1, A). mc__1_2_SubgoalPriority(EPrio, ConcTV, A) :- mc__1_1_Truth_Expectation(ConcTV, B), 'mc__1_2_*'(EPrio, B, A). mc__1_2_SubgoalPriority(EPrio, ConcTV, A) :- mc__1_1_Truth_Expectation(ConcTV, B), 'mc__1_2_*'(EPrio, B, A). mc__1_2_SubgoalPriority(EPrio, ConcTV, A) :- mc__1_1_Truth_Expectation(ConcTV, B), 'mc__1_2_*'(EPrio, B, A). mc__1_2_OpExpectation(['Decision', [Opname, DVOp], Subgoal], _t, A) :- mc__1_1_Truth_Expectation(DVOp, A). mc__1_2_OpExpectation(['Decision', [Opname, DVOp], Subgoal], _t, A) :- mc__1_1_Truth_Expectation(DVOp, A). mc__1_2_OpExpectation(['Decision', [Opname, DVOp], Subgoal], _t, A) :- mc__1_1_Truth_Expectation(DVOp, A). mc__1_1_Execute(Opname, A) :- B=[1.0, 0.9], transpiler_apply(mc__1_1_, Opname, [Opname, B], C, [B], [D], [x(noeval, eager, [])], [B=[1.0, 0.9]], [D=[1.0, 0.9]]), mc__1_1_AddBeliefEvent(C, E), F=[E, Opname], mc__1_1_superpose(F, A). mc__1_1_Execute(Opname, A) :- B=[1.0, 0.9], transpiler_apply(mc__1_1_, Opname, [Opname, B], C, [B], [D], [x(noeval, eager, [])], [B=[1.0, 0.9]], [D=[1.0, 0.9]]), mc__1_1_AddBeliefEvent(C, E), F=[E, Opname], mc__1_1_superpose(F, A). mc__1_1_Execute(Opname, A) :- B=[1.0, 0.9], transpiler_apply(mc__1_1_, Opname, [Opname, B], C, [B], [D], [x(noeval, eager, [])], [B=[1.0, 0.9]], [D=[1.0, 0.9]]), mc__1_1_AddBeliefEvent(C, E), F=[E, Opname], mc__1_1_superpose(F, A). mc__1_1_DeriveSubgoals(Options, A) :- mc__1_1_superpose(Options, B), ['Decision', Op, ['Event', S, Metadata]]=B, mc__1_1_eval(:, C), D=[C, S], E=['trace!', D, S], F=['Event', E, Metadata], Subgoal=F, G=['add-atom', space_4, Subgoal], mc__1_1_do(G, A). mc__1_1_DeriveSubgoals(Options, A) :- mc__1_1_superpose(Options, B), ['Decision', Op, ['Event', S, Metadata]]=B, mc__1_1_eval(:, C), D=[C, S], E=['trace!', D, S], F=['Event', E, Metadata], Subgoal=F, G=['add-atom', space_4, Subgoal], mc__1_1_do(G, A). mc__1_1_DeriveSubgoals(Options, A) :- mc__1_1_superpose(Options, B), ['Decision', Op, ['Event', S, Metadata]]=B, mc__1_1_eval(:, C), D=[C, S], E=['trace!', D, S], F=['Event', E, Metadata], Subgoal=F, G=['add-atom', space_4, Subgoal], mc__1_1_do(G, A). 1 _226312 [[assign,_227422,list([^,_109466{vn = ...}])],[assign,_226880,list([_227422,_107246{vn = ...}])],[transpiler_apply,mc__1_1_,_109694{vn = ...},[_109694{vn = ...},_107018{vn = ...}],_229056,[_107018{vn = ...}],[_107018{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_111368{vn = ...},[_111368{vn = ...},_106502{vn = ...}],_229614,[_106502{vn = ...}],[_106502{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_111368{vn = ...},[_111368{vn = ...},_106778{vn = ...},_229614],_229426,[_106778{vn = ...},_229614],[_106778{vn = ...},_229620],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_111368{vn = ...},[_111368{vn = ...},_106502{vn = ...}],_229614,[_106502{vn = ...}],[_106502{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_229620,list([_111368{vn = ...},_106502{vn = ...}])]]]],[assign,_228488,list(['Event',_229056,_229426])],[assign,_226312,list(['Decision',_226880,_228488])]] 1 _231508 [[assign,_219732,[fcall('HowAchieveQuestion',[1]),[_111152{vn = ...}]]],[assign,['Event',[[[_109694{vn = ...},&/,[^,_109466{vn = ...}]],=/>,_111152{vn = ...}],_109250{vn = ...}],[_109016{vn = ...},_108770{vn = ...},_108512{vn = ...}]],_219732],[assign,_220316,[fcall('Truth_Deduction',[2]),[_110924{vn = ...},_109250{vn = ...}]]],[assign,_108266{vn = ...},_220316],[assign,_221362,[fcall('EventQuestion',[1]),[_109694{vn = ...}]]],[assign,_220982,[fcall('Projection',[2]),[_221362,_111368{vn = ...}]]],[assign,['Event',[_108014{vn = ...},_107762{vn = ...}],_107522{vn = ...}],_220982],[assign,_222172,[fcall('Truth_Deduction',[2]),[_107762{vn = ...},_108266{vn = ...}]]],[assign,_107246{vn = ...},_222172],[assign,_222598,[fcall('Truth_StructuralDeduction',[1]),[_108266{vn = ...}]]],[assign,_107018{vn = ...},_222598],[assign,_223176,[fcall('TupleConcat',[2]),[_110456{vn = ...},_108770{vn = ...}]]],[assign,_106778{vn = ...},_223176],[assign,_224222,[fcall('EventPriorityNow',[2]),[_110192{vn = ...},_111368{vn = ...}]]],[assign,_223842,[fcall('SubgoalPriority',[2]),[_224222,_107018{vn = ...}]]],[assign,_106502{vn = ...},_223842],[assign,_225674,[fcall('StampDisjoint',[2]),[_110456{vn = ...},_108770{vn = ...}]]],[assign,_230952,[ispeEnN,_226312,[[assign,_227422,list([^,_109466{vn = ...}])],[assign,_226880,list([_227422,_107246{vn = ...}])],[transpiler_apply,mc__1_1_,_109694{vn = ...},[_109694{vn = ...},_107018{vn = ...}],_229056,[_107018{vn = ...}],[_107018{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_111368{vn = ...},[_111368{vn = ...},_106502{vn = ...}],_229614,[_106502{vn = ...}],[_106502{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_111368{vn = ...},[_111368{vn = ...},_106778{vn = ...},_229614],_229426,[_106778{vn = ...},_229614],[_106778{vn = ...},_229620],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_111368{vn = ...},[_111368{vn = ...},_106502{vn = ...}],_229614,[_106502{vn = ...}],[_106502{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_229620,list([_111368{vn = ...},_106502{vn = ...}])]]]],[assign,_228488,list(['Event',_229056,_229426])],[assign,_226312,list(['Decision',_226880,_228488])]],_226318,[[assign,_227428,list([^,_109466{vn = ...}])],[assign,_226886,list([_227428,_107246{vn = ...}])],[assign,_229062,list([_109694{vn = ...},_107018{vn = ...}])],[transpiler_apply,mc__1_1_,_111368{vn = ...},[_111368{vn = ...},_106502{vn = ...}],_229614,[_106502{vn = ...}],[_106502{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_229432,list([_111368{vn = ...},_106778{vn = ...},_229614])],[assign,_228494,list(['Event',_229062,_229432])],[assign,_226318,list(['Decision',_226886,_228494])]]]],[assign,_219574,[fcall('If',[2]),[_225674,_230952]]],[native(as_p1_exec),_219574,_231508]] 1 _234486 [[assign,_234486,[fcall('Execute',[1]),[_106232{vn = ...}]]]] 1 _235036 [[assign,_235036,[fcall('DeriveSubgoals',[1]),[_109940{vn = ...}]]]] mc__1_2_BestDecision(_t, ['Event', [Term, DV], [GoalTime, GoalEvBase, GoalPrio]], A) :- B=ispeEnNC(C, (mc__1_2_If(D, E, F), as_p1_exec(F, C)), G, (H=['If', D, E], as_p1_expr(H, G)), (mc__1_1_HowAchieveQuestion(Term, I), ['Event', [[[Prec, &/, [^, Op]], =/>, Term], ImpTV], [ImpTime, ImpEvBase, ImpPrio]]=I, mc__1_2_Truth_Deduction(DV, ImpTV, J), DVPrecOp=J, mc__1_1_EventQuestion(Prec, K), mc__1_2_Projection(K, _t, L), ['Event', [PrecTerm, PrecTV], PrecMetadata]=L, mc__1_2_Truth_Deduction(PrecTV, DVPrecOp, M), DVOp=M, mc__1_1_Truth_StructuralDeduction(DVPrecOp, N), DVPrec=N, mc__1_2_TupleConcat(GoalEvBase, ImpEvBase, O), SubgoalStamp=O, mc__1_2_EventPriorityNow(GoalPrio, _t, P), mc__1_2_SubgoalPriority(P, DVPrec, Q), SubgoalPrio=Q, mc__1_2_StampDisjoint(GoalEvBase, ImpEvBase, D), E=ispeEnN(R, (S=[^, Op], T=[S, DVOp], transpiler_apply(mc__1_1_, Prec, [Prec, DVPrec], U, [DVPrec], [DVPrec], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, SubgoalStamp, V], W, [SubgoalStamp, V], [SubgoalStamp, X], [x(noeval, eager, []), x(noeval, eager, [])], [true, transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true])], [true, X=[_t, SubgoalPrio]]), Y=['Event', U, W], R=['Decision', T, Y]), Z, (A1=[^, Op], B1=[A1, DVOp], C1=[Prec, DVPrec], transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), D1=[_t, SubgoalStamp, V], E1=['Event', C1, D1], Z=['Decision', B1, E1])))), mc__1_1_collapse(B, F1), Options=F1, mc__1_3_BestCandidate(Options, 'OpExpectation', _t, G1), ['Decision', [Opname, DVOp], Subgoal]=G1, mc__1_1_Truth_Expectation(DVOp, H1), 'mc__1_2_>'(H1, 0.5, I1), J1=ispeEnN(K1, mc__1_1_Execute(Opname, K1), L1, L1=['Execute', Opname]), M1=ispeEnN(N1, mc__1_1_DeriveSubgoals(Options, N1), O1, O1=['DeriveSubgoals', Options]), mc__1_3_If(I1, J1, M1, P1), as_p1_exec(P1, A). 1 _143220 [[assign,_143842,list([^,_31866{vn = ...}])],[assign,_143548,list([_143842,_32178{vn = ...}])],[transpiler_apply,mc__1_1_,_31828{vn = ...},[_31828{vn = ...},_32228{vn = ...}],_144996,[_32228{vn = ...}],[_32228{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_31586{vn = ...},[_31586{vn = ...},_32322{vn = ...}],_145554,[_32322{vn = ...}],[_32322{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_31586{vn = ...},[_31586{vn = ...},_32272{vn = ...},_145554],_145366,[_32272{vn = ...},_145554],[_32272{vn = ...},_145560],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_31586{vn = ...},[_31586{vn = ...},_32322{vn = ...}],_145554,[_32322{vn = ...}],[_32322{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_145560,list([_31586{vn = ...},_32322{vn = ...}])]]]],[assign,_144668,list(['Event',_144996,_145366])],[assign,_143220,list(['Decision',_143548,_144668])]] 1 _147448 [[assign,_139040,[fcall('HowAchieveQuestion',[1]),[_31624{vn = ...}]]],[assign,['Event',[[[_31828{vn = ...},&/,[^,_31866{vn = ...}]],=/>,_31624{vn = ...}],_31898{vn = ...}],[_31924{vn = ...},_31944{vn = ...},_31964{vn = ...}]],_139040],[assign,_139384,[fcall('Truth_Deduction',[2]),[_31644{vn = ...},_31898{vn = ...}]]],[assign,_32008{vn = ...},_139384],[assign,_139950,[fcall('EventQuestion',[1]),[_31828{vn = ...}]]],[assign,_139810,[fcall('Projection',[2]),[_139950,_31586{vn = ...}]]],[assign,['Event',[_32076{vn = ...},_32096{vn = ...}],_32116{vn = ...}],_139810],[assign,_140520,[fcall('Truth_Deduction',[2]),[_32096{vn = ...},_32008{vn = ...}]]],[assign,_32178{vn = ...},_140520],[assign,_140946,[fcall('Truth_StructuralDeduction',[1]),[_32008{vn = ...}]]],[assign,_32228{vn = ...},_140946],[assign,_141284,[fcall('TupleConcat',[2]),[_31690{vn = ...},_31944{vn = ...}]]],[assign,_32272{vn = ...},_141284],[assign,_141850,[fcall('EventPriorityNow',[2]),[_31710{vn = ...},_31586{vn = ...}]]],[assign,_141710,[fcall('SubgoalPriority',[2]),[_141850,_32228{vn = ...}]]],[assign,_32322{vn = ...},_141710],[assign,_142822,[fcall('StampDisjoint',[2]),[_31690{vn = ...},_31944{vn = ...}]]],[assign,_146892,[ispeEnN,_143220,[[assign,_143842,list([^,_31866{vn = ...}])],[assign,_143548,list([_143842,_32178{vn = ...}])],[transpiler_apply,mc__1_1_,_31828{vn = ...},[_31828{vn = ...},_32228{vn = ...}],_144996,[_32228{vn = ...}],[_32228{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_31586{vn = ...},[_31586{vn = ...},_32322{vn = ...}],_145554,[_32322{vn = ...}],[_32322{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_31586{vn = ...},[_31586{vn = ...},_32272{vn = ...},_145554],_145366,[_32272{vn = ...},_145554],[_32272{vn = ...},_145560],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_31586{vn = ...},[_31586{vn = ...},_32322{vn = ...}],_145554,[_32322{vn = ...}],[_32322{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_145560,list([_31586{vn = ...},_32322{vn = ...}])]]]],[assign,_144668,list(['Event',_144996,_145366])],[assign,_143220,list(['Decision',_143548,_144668])]],_143226,[[assign,_143848,list([^,_31866{vn = ...}])],[assign,_143554,list([_143848,_32178{vn = ...}])],[assign,_145002,list([_31828{vn = ...},_32228{vn = ...}])],[transpiler_apply,mc__1_1_,_31586{vn = ...},[_31586{vn = ...},_32322{vn = ...}],_145554,[_32322{vn = ...}],[_32322{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_145372,list([_31586{vn = ...},_32272{vn = ...},_145554])],[assign,_144674,list(['Event',_145002,_145372])],[assign,_143226,list(['Decision',_143554,_144674])]]]],[assign,_138882,[fcall('If',[2]),[_142822,_146892]]],[native(as_p1_exec),_138882,_147448]] 1 _149466 [[assign,_149466,[fcall('Execute',[1]),[_32558{vn = ...}]]]] 1 _149776 [[assign,_149776,[fcall('DeriveSubgoals',[1]),[_31742{vn = ...}]]]] mc__1_2_BestDecision(_t, ['Event', [Term, DV], [GoalTime, GoalEvBase, GoalPrio]], A) :- B=ispeEnNC(C, (mc__1_2_If(D, E, F), as_p1_exec(F, C)), G, (H=['If', D, E], as_p1_expr(H, G)), (mc__1_1_HowAchieveQuestion(Term, I), ['Event', [[[Prec, &/, [^, Op]], =/>, Term], ImpTV], [ImpTime, ImpEvBase, ImpPrio]]=I, mc__1_2_Truth_Deduction(DV, ImpTV, J), DVPrecOp=J, mc__1_1_EventQuestion(Prec, K), mc__1_2_Projection(K, _t, L), ['Event', [PrecTerm, PrecTV], PrecMetadata]=L, mc__1_2_Truth_Deduction(PrecTV, DVPrecOp, M), DVOp=M, mc__1_1_Truth_StructuralDeduction(DVPrecOp, N), DVPrec=N, mc__1_2_TupleConcat(GoalEvBase, ImpEvBase, O), SubgoalStamp=O, mc__1_2_EventPriorityNow(GoalPrio, _t, P), mc__1_2_SubgoalPriority(P, DVPrec, Q), SubgoalPrio=Q, mc__1_2_StampDisjoint(GoalEvBase, ImpEvBase, D), E=ispeEnN(R, (S=[^, Op], T=[S, DVOp], transpiler_apply(mc__1_1_, Prec, [Prec, DVPrec], U, [DVPrec], [DVPrec], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, SubgoalStamp, V], W, [SubgoalStamp, V], [SubgoalStamp, X], [x(noeval, eager, []), x(noeval, eager, [])], [true, transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true])], [true, X=[_t, SubgoalPrio]]), Y=['Event', U, W], R=['Decision', T, Y]), Z, (A1=[^, Op], B1=[A1, DVOp], C1=[Prec, DVPrec], transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), D1=[_t, SubgoalStamp, V], E1=['Event', C1, D1], Z=['Decision', B1, E1])))), mc__1_1_collapse(B, F1), Options=F1, mc__1_3_BestCandidate(Options, 'OpExpectation', _t, G1), ['Decision', [Opname, DVOp], Subgoal]=G1, mc__1_1_Truth_Expectation(DVOp, H1), 'mc__1_2_>'(H1, 0.5, I1), J1=ispeEnN(K1, mc__1_1_Execute(Opname, K1), L1, L1=['Execute', Opname]), M1=ispeEnN(N1, mc__1_1_DeriveSubgoals(Options, N1), O1, O1=['DeriveSubgoals', Options]), mc__1_3_If(I1, J1, M1, P1), as_p1_exec(P1, A). 1 _111204 [[assign,_111826,list([^,_6540{vn = ...}])],[assign,_111532,list([_111826,_6852{vn = ...}])],[transpiler_apply,mc__1_1_,_6502{vn = ...},[_6502{vn = ...},_6902{vn = ...}],_112980,[_6902{vn = ...}],[_6902{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_6260{vn = ...},[_6260{vn = ...},_6996{vn = ...}],_113538,[_6996{vn = ...}],[_6996{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_6260{vn = ...},[_6260{vn = ...},_6946{vn = ...},_113538],_113350,[_6946{vn = ...},_113538],[_6946{vn = ...},_113544],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_6260{vn = ...},[_6260{vn = ...},_6996{vn = ...}],_113538,[_6996{vn = ...}],[_6996{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_113544,list([_6260{vn = ...},_6996{vn = ...}])]]]],[assign,_112652,list(['Event',_112980,_113350])],[assign,_111204,list(['Decision',_111532,_112652])]] 1 _115432 [[assign,_107024,[fcall('HowAchieveQuestion',[1]),[_6298{vn = ...}]]],[assign,['Event',[[[_6502{vn = ...},&/,[^,_6540{vn = ...}]],=/>,_6298{vn = ...}],_6572{vn = ...}],[_6598{vn = ...},_6618{vn = ...},_6638{vn = ...}]],_107024],[assign,_107368,[fcall('Truth_Deduction',[2]),[_6318{vn = ...},_6572{vn = ...}]]],[assign,_6682{vn = ...},_107368],[assign,_107934,[fcall('EventQuestion',[1]),[_6502{vn = ...}]]],[assign,_107794,[fcall('Projection',[2]),[_107934,_6260{vn = ...}]]],[assign,['Event',[_6750{vn = ...},_6770{vn = ...}],_6790{vn = ...}],_107794],[assign,_108504,[fcall('Truth_Deduction',[2]),[_6770{vn = ...},_6682{vn = ...}]]],[assign,_6852{vn = ...},_108504],[assign,_108930,[fcall('Truth_StructuralDeduction',[1]),[_6682{vn = ...}]]],[assign,_6902{vn = ...},_108930],[assign,_109268,[fcall('TupleConcat',[2]),[_6364{vn = ...},_6618{vn = ...}]]],[assign,_6946{vn = ...},_109268],[assign,_109834,[fcall('EventPriorityNow',[2]),[_6384{vn = ...},_6260{vn = ...}]]],[assign,_109694,[fcall('SubgoalPriority',[2]),[_109834,_6902{vn = ...}]]],[assign,_6996{vn = ...},_109694],[assign,_110806,[fcall('StampDisjoint',[2]),[_6364{vn = ...},_6618{vn = ...}]]],[assign,_114876,[ispeEnN,_111204,[[assign,_111826,list([^,_6540{vn = ...}])],[assign,_111532,list([_111826,_6852{vn = ...}])],[transpiler_apply,mc__1_1_,_6502{vn = ...},[_6502{vn = ...},_6902{vn = ...}],_112980,[_6902{vn = ...}],[_6902{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_1_,_6260{vn = ...},[_6260{vn = ...},_6996{vn = ...}],_113538,[_6996{vn = ...}],[_6996{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[transpiler_apply,mc__1_2_,_6260{vn = ...},[_6260{vn = ...},_6946{vn = ...},_113538],_113350,[_6946{vn = ...},_113538],[_6946{vn = ...},_113544],[x(noeval,eager,[]),x(noeval,eager,[])],[[],[[transpiler_apply,mc__1_1_,_6260{vn = ...},[_6260{vn = ...},_6996{vn = ...}],_113538,[_6996{vn = ...}],[_6996{vn = ...}],[x(noeval,eager,[])],[[]],[[]]]]],[[],[[assign,_113544,list([_6260{vn = ...},_6996{vn = ...}])]]]],[assign,_112652,list(['Event',_112980,_113350])],[assign,_111204,list(['Decision',_111532,_112652])]],_111210,[[assign,_111832,list([^,_6540{vn = ...}])],[assign,_111538,list([_111832,_6852{vn = ...}])],[assign,_112986,list([_6502{vn = ...},_6902{vn = ...}])],[transpiler_apply,mc__1_1_,_6260{vn = ...},[_6260{vn = ...},_6996{vn = ...}],_113538,[_6996{vn = ...}],[_6996{vn = ...}],[x(noeval,eager,[])],[[]],[[]]],[assign,_113356,list([_6260{vn = ...},_6946{vn = ...},_113538])],[assign,_112658,list(['Event',_112986,_113356])],[assign,_111210,list(['Decision',_111538,_112658])]]]],[assign,_106866,[fcall('If',[2]),[_110806,_114876]]],[native(as_p1_exec),_106866,_115432]] 1 _117450 [[assign,_117450,[fcall('Execute',[1]),[_7232{vn = ...}]]]] 1 _117760 [[assign,_117760,[fcall('DeriveSubgoals',[1]),[_6416{vn = ...}]]]] mc__1_2_BestDecision(_t, ['Event', [Term, DV], [GoalTime, GoalEvBase, GoalPrio]], A) :- B=ispeEnNC(C, (mc__1_2_If(D, E, F), as_p1_exec(F, C)), G, (H=['If', D, E], as_p1_expr(H, G)), (mc__1_1_HowAchieveQuestion(Term, I), ['Event', [[[Prec, &/, [^, Op]], =/>, Term], ImpTV], [ImpTime, ImpEvBase, ImpPrio]]=I, mc__1_2_Truth_Deduction(DV, ImpTV, J), DVPrecOp=J, mc__1_1_EventQuestion(Prec, K), mc__1_2_Projection(K, _t, L), ['Event', [PrecTerm, PrecTV], PrecMetadata]=L, mc__1_2_Truth_Deduction(PrecTV, DVPrecOp, M), DVOp=M, mc__1_1_Truth_StructuralDeduction(DVPrecOp, N), DVPrec=N, mc__1_2_TupleConcat(GoalEvBase, ImpEvBase, O), SubgoalStamp=O, mc__1_2_EventPriorityNow(GoalPrio, _t, P), mc__1_2_SubgoalPriority(P, DVPrec, Q), SubgoalPrio=Q, mc__1_2_StampDisjoint(GoalEvBase, ImpEvBase, D), E=ispeEnN(R, (S=[^, Op], T=[S, DVOp], transpiler_apply(mc__1_1_, Prec, [Prec, DVPrec], U, [DVPrec], [DVPrec], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), transpiler_apply(mc__1_2_, _t, [_t, SubgoalStamp, V], W, [SubgoalStamp, V], [SubgoalStamp, X], [x(noeval, eager, []), x(noeval, eager, [])], [true, transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true])], [true, X=[_t, SubgoalPrio]]), Y=['Event', U, W], R=['Decision', T, Y]), Z, (A1=[^, Op], B1=[A1, DVOp], C1=[Prec, DVPrec], transpiler_apply(mc__1_1_, _t, [_t, SubgoalPrio], V, [SubgoalPrio], [SubgoalPrio], [x(noeval, eager, [])], [true], [true]), D1=[_t, SubgoalStamp, V], E1=['Event', C1, D1], Z=['Decision', B1, E1])))), mc__1_1_collapse(B, F1), Options=F1, mc__1_3_BestCandidate(Options, 'OpExpectation', _t, G1), ['Decision', [Opname, DVOp], Subgoal]=G1, mc__1_1_Truth_Expectation(DVOp, H1), 'mc__1_2_>'(H1, 0.5, I1), J1=ispeEnN(K1, mc__1_1_Execute(Opname, K1), L1, L1=['Execute', Opname]), M1=ispeEnN(N1, mc__1_1_DeriveSubgoals(Options, N1), O1, O1=['DeriveSubgoals', Options]), mc__1_3_If(I1, J1, M1, P1), as_p1_exec(P1, A). mc__1_1_GoalCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_4, _t, B), Ev=B, C=['remove-atom', space_4, Ev], D=[do, C], E=['BestDecision', _t, Ev], F=[D, E], G=[sequential, F], H=['UpdateReasonerState'], I=[do, H], mc__1_0_GoalEventsMax(J), K=['BoundEvents', space_4, 0.0, 0.1, J, _t], L=[do, K], M=[G, I, L], mc__1_1_sequential(M, A). mc__1_1_GoalCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_4, _t, B), Ev=B, C=['remove-atom', space_4, Ev], D=[do, C], E=['BestDecision', _t, Ev], F=[D, E], G=[sequential, F], H=['UpdateReasonerState'], I=[do, H], mc__1_0_GoalEventsMax(J), K=['BoundEvents', space_4, 0.0, 0.1, J, _t], L=[do, K], M=[G, I, L], mc__1_1_sequential(M, A). mc__1_1_GoalCycle(_t, A) :- mc__1_2_SelectHighestPriorityEvent(space_4, _t, B), Ev=B, C=['remove-atom', space_4, Ev], D=[do, C], E=['BestDecision', _t, Ev], F=[D, E], G=[sequential, F], H=['UpdateReasonerState'], I=[do, H], mc__1_0_GoalEventsMax(J), K=['BoundEvents', space_4, 0.0, 0.1, J, _t], L=[do, K], M=[G, I, L], mc__1_1_sequential(M, A). 1 _40874 [[assign,_40874,[fcall('get-atoms',[1]),[space_1]]]] 1 _42214 [[assign,_42214,[fcall('get-atoms',[1]),[space_2]]]] 1 _47040 [[assign,_47040,[fcall('get-atoms',[1]),[space_3]]]] 1 _48140 [[assign,_48140,[fcall('get-atoms',[1]),[space_4]]]] !(compile-easy!) Deterministic: (compile-easy!) R(2): () !(AddBeliefEvent (((ExtSet garfield) --> cat) (1.0 0.9))) ;; no-results ;; !(check-state) N(1): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(2): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(3): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(4): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(5): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(6): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(7): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(8): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(9): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(10): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(11): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(12): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(13): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(14): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(15): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(16): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(17): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(18): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(19): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(20): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(21): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(22): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(23): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(24): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(25): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(26): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(27): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(28): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(29): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(30): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(31): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(32): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(33): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(34): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(35): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(36): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(37): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(38): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(39): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(40): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(41): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(42): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events 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(get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(47): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(48): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(49): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(50): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO 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tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(971): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(972): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(973): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(974): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(975): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(976): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(977): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(978): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(979): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(980): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(981): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(982): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(983): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(984): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(985): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(986): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(987): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) N(988): ((n=v currentTime (get-state (new-state 1))) (n=v evidentialBase (get-state (new-state 1))) (0 concepts ()) (0 attentional_focus ()) (2 FIFO (get-state (new-state ()))) (n=v tempbest (get-state (new-state ()))) (0 belief_events ()) (0 goal_events ())) !(AddBeliefEvent (((cat x sky) --> like) (1.0 0.9))) ;; no-results ;; !(check-state) !(TupleCount (collapse (CountElement (get-atoms &belief_events)))) 1 _24500 [[assign,_24630,list(['get-atoms',space_3])],[assign,_24500,[fcall('CountElement',[1]),[_24630]]]] !(TupleCount (collapse (CountElement (get-atoms &attentional_focus)))) 1 _166618 [[assign,_166748,list(['get-atoms',space_2])],[assign,_166618,[fcall('CountElement',[1]),[_166748]]]] !(TupleCount (collapse (CountElement (get-atoms &concepts)))) 1 _50044 [[assign,_50174,list(['get-atoms',space_1])],[assign,_50044,[fcall('CountElement',[1]),[_50174]]]] P;HTML| ; [ = /home/runner/work/metta-testsuite/metta-testsuite/tests/nars_interp/nars/main-branch/tests1_pre.metta 0 ]
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